hestia_earth/__init__.py,sha256=G-d438vPx7m_ks5e9XTtM3u7LDRO5dSSukibukWmyPM,56
hestia_earth/models/__init__.py,sha256=qEFeq3yuf3lQKVseALmL8aPM8fpCS54B_5pry00M3hk,76
hestia_earth/models/log.py,sha256=rOgKa-gSrcS-Y1gO9eJXJaA3ofxcQW_45hGly2Lf00Y,2444
hestia_earth/models/requirements.py,sha256=znNZJAhwX2iYiKcAQXPftY7z_1MsNa0QxCXkXyHm_U0,17363
hestia_earth/models/version.py,sha256=9KziyxHtq3jcKfOtJMLfVqy8ow_ogCcvkC88yd57slI,19
hestia_earth/models/agribalyse2016/__init__.py,sha256=WvK0qCQbnYtg9oZxrACd1wGormZyXibPtpCnIQeDqbw,415
hestia_earth/models/agribalyse2016/fuelElectricity.py,sha256=4_6KTvKBFQPESvekql69odXsrr0McvpTaNoHyYNo6qc,3852
hestia_earth/models/agribalyse2016/machineryInfrastructureDepreciatedAmountPerCycle.py,sha256=10XV1fz_yBYlqmNJ3cxmT2I2Vp_0w7nT4zMIuBw2wCY,3294
hestia_earth/models/akagiEtAl2011AndIpcc2006/__init__.py,sha256=WK7xQwUPX48JGqZeb2S2EKdtXuxMjY7HYyUFHItUqUo,425
hestia_earth/models/akagiEtAl2011AndIpcc2006/ch4ToAirCropResidueBurning.py,sha256=JUTkKB9EclLu7OkVQm2tTZpZF5vTTZl4HogaH_S4qrs,1779
hestia_earth/models/akagiEtAl2011AndIpcc2006/n2OToAirCropResidueBurningDirect.py,sha256=3LbL2CgE-SQM1VYpQYh3jqJ5pHTPsvRPFq-zN9251eE,1785
hestia_earth/models/akagiEtAl2011AndIpcc2006/nh3ToAirCropResidueBurning.py,sha256=sfbFzbyQjVrAHsYmHi9ZwIRu9X3CMV8LOkvFTQNnQhU,1779
hestia_earth/models/akagiEtAl2011AndIpcc2006/noxToAirCropResidueBurning.py,sha256=3X7CHrch3EPJRCIgAZYTjKiT41DZwHSrtaD9VziotUc,1779
hestia_earth/models/akagiEtAl2011AndIpcc2006/utils.py,sha256=2dgxJwIYzk2Bu1-3G_tJ8x3-cuNhpmJuokIQfg5e2xg,653
hestia_earth/models/aware/__init__.py,sha256=F8XRo9nRiX-fHAqyeMARYtFmJWRPs-hnIaCiHcZhyMw,406
hestia_earth/models/aware/scarcityWeightedWaterUse.py,sha256=NOGWGMVg4qxaubriihR_24UHQNCi_UAdH4opaPMy5b4,4520
hestia_earth/models/blonkConsultants2016/__init__.py,sha256=jJhYkwblgQZRg3QOERBZfl4Nw9szPn-Mljz7KMWlXXM,421
hestia_earth/models/blonkConsultants2016/ch4ToAirNaturalVegetationBurning.py,sha256=wklXERaNrkdCmpphbpj_59XYKZfP8QAQ-AAUkfSttuU,3324
hestia_earth/models/blonkConsultants2016/co2ToAirSoilCarbonStockChangeManagementChange.py,sha256=k-zh-HCOIISnmGOXw4czpD2k0DQwAg_trQ_gGVJhKCU,3260
hestia_earth/models/blonkConsultants2016/landTransformationFromForest20YearAverageDuringCycle.py,sha256=HsyiHyuZQKKCh0Uoc8krVW5zwsc9G2hNxTCbp5jj9Co,3695
hestia_earth/models/blonkConsultants2016/n2OToAirNaturalVegetationBurningDirect.py,sha256=ai9BXRbMw_XbRTnmAlGVs5IMrebYYE7UFnrw0FJkCqs,3453
hestia_earth/models/blonkConsultants2016/utils.py,sha256=tbXCP5585AyIVLRc-nSFfrCiTZToXgP8riJe1Hk7rp0,1479
hestia_earth/models/chaudharyBrooks2018/__init__.py,sha256=LKxQu7-6gyWPpdXaYHDTawzsBNm7CpDrk98I5_TTLhA,420
hestia_earth/models/chaudharyBrooks2018/damageToTerrestrialEcosystemsLandOccupation.py,sha256=Vx0RN01RyRMMiRPImIAaAEF2JRV1CcSPXjA0YTScvZ4,3922
hestia_earth/models/chaudharyBrooks2018/damageToTerrestrialEcosystemsLandTransformation.py,sha256=-18vU2WTfbPdleBddsv8rmMZwsEYWeNt2dv0FGVOSfk,3513
hestia_earth/models/chaudharyBrooks2018/damageToTerrestrialEcosystemsTotalLandUseEffects.py,sha256=H5jAaMiH2tELnqfN0JZJPoh7QckekbsPI9HkK24y7Wg,2542
hestia_earth/models/chaudharyBrooks2018/utils.py,sha256=Z0IrvVv-dKsRt09LmT7sc6e1bWnhjZ-WBrO-namIngo,1539
hestia_earth/models/cml2001Baseline/__init__.py,sha256=0uGrCKDNUH-MUkpvts9MyPMnZKao-M03gU8uKquUozQ,416
hestia_earth/models/cml2001Baseline/eutrophicationPotentialExcludingFate.py,sha256=39Y8c7w2CKuUKVazfC-Y9fOG8EpXaGQHw8xjGyL1lRk,1006
hestia_earth/models/cml2001Baseline/terrestrialAcidificationPotentialIncludingFateAverageEurope.py,sha256=61MGIZT1lxYP4Et__rL9m9F5KifhzU_cCCSq-hQst4w,1051
hestia_earth/models/cml2001NonBaseline/__init__.py,sha256=vI8wp8Og_e8DiJqYYvp33YoI3t4ffAC31LWlnV20JTg,419
hestia_earth/models/cml2001NonBaseline/eutrophicationPotentialIncludingFateAverageEurope.py,sha256=nRNP2jX82GZ823xlTyyDGE-utMzqI3suw9W4d87wR5U,1035
hestia_earth/models/cml2001NonBaseline/terrestrialAcidificationPotentialExcludingFate.py,sha256=y6aIHefYOBiw_9HeH_jLozxej9p3LVQAPYJz6Cz6zig,1029
hestia_earth/models/cycle/__init__.py,sha256=VowO3kOHb0LpURsljNaJsYO7s6vgjhul6bF_85UjUEI,406
hestia_earth/models/cycle/aboveGroundCropResidueTotal.py,sha256=NzJOiP5VxjEmPrKsC9hUVh_G5PdOvayVx0mu24Xf0jI,2171
hestia_earth/models/cycle/coldCarcassWeightPerHead.py,sha256=3b9tDDKIoHMwxCSZ2hwUVVuoxELlCvcBJIU7YNQhFec,3039
hestia_earth/models/cycle/coldDressedCarcassWeightPerHead.py,sha256=usgcM7xN0Ux65AhRJJK92W2prYMDX3KA4nzeOWfkycs,3153
hestia_earth/models/cycle/concentrateFeed.py,sha256=pU45K91gtats6xnVOct49O7ZD09Iubl4TM8mM9LosZ0,5535
hestia_earth/models/cycle/cycleDuration.py,sha256=ZgK6lQ8wmRv5uhM30OiV8ctqE4v8ldkBzzo23JlNwWY,1576
hestia_earth/models/cycle/energyContentLowerHeatingValue.py,sha256=MFNxADj54LBKpfU2uiv5_s7zQfHsDb664XfzzT6jEEk,2380
hestia_earth/models/cycle/excretaKgMass.py,sha256=m9pz1Ckdn-dc7A5Y40w_Fxjl41z72nWylU3eDjqY6nw,3744
hestia_earth/models/cycle/excretaKgN.py,sha256=2Edrs_wppvUkJyfc__pbbiwF-E0Aw-kNNg-8sH2rTw4,2845
hestia_earth/models/cycle/excretaKgVs.py,sha256=-6hMSfCrx6b90L6dBCa_AYOcbPCwvHlmwfdRv3pwo9M,2854
hestia_earth/models/cycle/inorganicFertiliser.py,sha256=LsRovLSESNWK98euqtWFV0YTiV_ojw_cjQ0s0hRsqS4,6821
hestia_earth/models/cycle/irrigated.py,sha256=6qYE9zBCfakKfw41KdkzeZFkNAoZRVQU7BCw5OeKQdg,2435
hestia_earth/models/cycle/liveAnimal.py,sha256=bzjpRFJxQAux_T6KVi5yYbU01UnGHlPVGXszKAwq-LE,3781
hestia_earth/models/cycle/pastureGrass.py,sha256=7PrmDMJPtsbKGa8WIOh_4NXNtbH3Pxb23pmjawQuY9o,1226
hestia_earth/models/cycle/readyToCookWeightPerHead.py,sha256=nYPPumYeeJRgefUPjqfMkVGHrTJ8BDaSfSbAS-YINug,3039
hestia_earth/models/cycle/residueBurnt.py,sha256=ud8BlN5EZYid6Y2hiZojMjjGT5C37vgXC8sCfx8pITY,2254
hestia_earth/models/cycle/residueIncorporated.py,sha256=ek5876-xKjXm3cg_eAQkNshJMtPsm_CE3osb1-pYVGo,2333
hestia_earth/models/cycle/residueLeftOnField.py,sha256=PkpiuOWYlPZzWYw2Oqu0yM1dQ2k4rO9rAh6KYIe3eW0,2323
hestia_earth/models/cycle/residueRemoved.py,sha256=7_1pV0xWqp_IJSG-LSRPMksHaW9iUKzyynC7YI_dluM,2283
hestia_earth/models/cycle/siteDuration.py,sha256=Hox20n3Y-tJ4ydmkrOreWOXAENxOnd827B7qH7_66T0,1058
hestia_earth/models/cycle/transformation.py,sha256=06KTfVubh2I47dfnG9Iv6AbuUBbURM8BAVOkRu7XmHw,1255
hestia_earth/models/cycle/completeness/__init__.py,sha256=rkwGtxIay_AleJCT7al_ngnix_xRqySVie7qvHXMQI0,1517
hestia_earth/models/cycle/completeness/animalFeed.py,sha256=8Fo1TqwSuiPudvd2vJ-LVxSyOdD8mDCOZMvjuj5W2uo,1012
hestia_earth/models/cycle/completeness/cropResidue.py,sha256=zSiu9h0NxEBDUWlaKBh1QcX4jDIklrs0BC2NWMCQQ80,2549
hestia_earth/models/cycle/completeness/excreta.py,sha256=2yVxcuWjAh4hoEukaMJ90VZpkCL7SfpwIgzigbjVaF4,996
hestia_earth/models/cycle/completeness/material.py,sha256=UQH2oRnUY-Q-_MVuOlTAYqQxc7wWDM5mi_iFmp9PlIQ,1362
hestia_earth/models/cycle/completeness/other.py,sha256=jRXC1jkQuxupTYmXPevm0mAQr_3ZXAo7w638RwsxyN8,1658
hestia_earth/models/cycle/completeness/soilAmendments.py,sha256=fdnTT9mO-LMqJLovY5vxLP-o9GZWYg8QH27fxca_yw8,1338
hestia_earth/models/cycle/feedConversionRatio/__init__.py,sha256=boQFf5q4DszxQ_D1hnd4jscG2BIBfphDmZCA105ikM8,2491
hestia_earth/models/cycle/feedConversionRatio/feedConversionRatioCarbon.py,sha256=Oh680JRn5XNtR-lfHeLGYVofwjxs95-IbkY0bwfZX0Q,1317
hestia_earth/models/cycle/feedConversionRatio/feedConversionRatioDryMatter.py,sha256=qjAuU0Ug96Br5AxOL7HCBOGNSv1A_3c2DH13AYG50r4,1712
hestia_earth/models/cycle/feedConversionRatio/feedConversionRatioEnergy.py,sha256=gRtqtRz5wyQSsNkX3CyLyeLiDmXGSWogy5tvLOHQ-v0,1309
hestia_earth/models/cycle/feedConversionRatio/feedConversionRatioFedWeight.py,sha256=sm-3WfM7xb4cRH8C4-HLkJm7jgEjzhPZvpe5VwY5djQ,1572
hestia_earth/models/cycle/feedConversionRatio/feedConversionRatioNitrogen.py,sha256=E4fz8n0JuRXhSqIsHs8ZXskB3i7uofxKZTwEo0QQRLk,1829
hestia_earth/models/cycle/input/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
hestia_earth/models/cycle/input/ecoinventV3.py,sha256=6AEJo6mBCZOGm3bzfjnYBjHa4qV2joMgac6ANtIIdFQ,5517
hestia_earth/models/cycle/input/hestiaAggregatedData.py,sha256=YKdMvvBcd09UbRhVSOHs2MjwnTR_4KXi-d6i5_jtNbA,8851
hestia_earth/models/cycle/input/properties.py,sha256=gwQEJiPbED-tOL5GkxqZRnaaOFH3UK1E0KsqX4OkqAs,1965
hestia_earth/models/cycle/input/value.py,sha256=kolH9Fc5GIn9OVH2DgHEaW8ksS4xisy0LerS3WkKK9E,1550
hestia_earth/models/cycle/post_checks/__init__.py,sha256=qCf8zID6j1Dv2GhSHzz6ZEYcWUyh_N8cjrechi0zfOg,318
hestia_earth/models/cycle/post_checks/site.py,sha256=FtInjYp5Z_b2iWnj9VS1BBG8dQMlmHC4ScEU8uFhMDo,794
hestia_earth/models/cycle/practice/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
hestia_earth/models/cycle/practice/value.py,sha256=CQ1SkleHDkAtO0_xwcziJ9uCvz_Pr7W1HVOH5_meNdc,2039
hestia_earth/models/cycle/pre_checks/__init__.py,sha256=abHh_Bpg4mx3L9vWLYZGds_qC3xuIbJQcoNwPCyk2gA,395
hestia_earth/models/cycle/pre_checks/site.py,sha256=6mxNvQd4BHdGVrMaji9YKLSICr0R1tkc-FRbamAt-MU,876
hestia_earth/models/cycle/pre_checks/startDate.py,sha256=1KiuwDwhd-Vd_Xw_WJf_NTqaDp9tTNJnSW7EtQ9AOEY,1430
hestia_earth/models/cycle/product/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
hestia_earth/models/cycle/product/currency.py,sha256=lB1pCD1747Ke3oFoqjAKEHbIdHPfrHKNaJSni69iMUQ,2150
hestia_earth/models/cycle/product/economicValueShare.py,sha256=6ZkwtqNWqE2kju901dZ1XqE8rE12WiL7f5Mh00WjC4U,7571
hestia_earth/models/cycle/product/price.py,sha256=E5Q0TkfbbsJHZZD3cBGZvvHj0f2sJrgLGulRCyILTbY,1449
hestia_earth/models/cycle/product/primary.py,sha256=FYyl-Mv8AmEml1nhDJwU01N4LrszJm6E31eztQDHzdg,1853
hestia_earth/models/cycle/product/revenue.py,sha256=cuMKdj-oJ0wej-xC35dLyEWA2Qqe0V03SowQ0IIGoFI,2472
hestia_earth/models/cycle/product/utils.py,sha256=nCQIFgwfI4meSRftV9v4vuxKAy3uUtShpN1pr2mywCw,359
hestia_earth/models/cycle/product/value.py,sha256=8f_6Ornn06lbNR2U70qmxn-iwh_TIEFGjB3_8TzCFxs,1596
hestia_earth/models/dammgen2009/__init__.py,sha256=dZ8tIXl6e3ZEixYrWiW7rzoqRJVFOoxi4RPvM3N0L1E,412
hestia_earth/models/dammgen2009/noxToAirExcreta.py,sha256=1e10DHk4UN3UxDJXNWkNfW1WMZcWWPvGs3997WY0f5I,1969
hestia_earth/models/data/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
hestia_earth/models/data/ecoinventV3/__init__.py,sha256=oevyurRuioXy_CsQCtG-S_FXEpiEDeQ-UK5a0jPBXcI,1155
hestia_earth/models/deRuijterEtAl2010/__init__.py,sha256=lbH6mB98dmZZlwdZctNYtEmVwAow957l80Dv7JSPDsI,418
hestia_earth/models/deRuijterEtAl2010/nh3ToAirCropResidueDecomposition.py,sha256=gBso6DiWVsoz3QmMlErywV7xGY-zyasu3qx4SE69LzA,3436
hestia_earth/models/emepEea2019/__init__.py,sha256=l90-pWrqIzt1ap1WNk0gF4iZeF5_TSG62hE83bIi4rQ,412
hestia_earth/models/emepEea2019/co2ToAirFuelCombustion.py,sha256=fcrm4Kw3TLD802isFfZsLdKfDASI7gmbhPMKa2VCAtQ,1623
hestia_earth/models/emepEea2019/n2OToAirFuelCombustionDirect.py,sha256=nvbZVtQIMs7TAs_OmM_f3g6298-KIFevZUtEUW-GjX4,1629
hestia_earth/models/emepEea2019/nh3ToAirExcreta.py,sha256=YcGlhod7ZuXT7JNw5vwC7fZWsQiPtiKgBeBuczPQATg,3593
hestia_earth/models/emepEea2019/nh3ToAirInorganicFertiliser.py,sha256=GxIBiz1l5nyTd4_2txbQSsZPg_PJ9f9jlzCSHZwT6gI,6396
hestia_earth/models/emepEea2019/noxToAirFuelCombustion.py,sha256=w-gZBqzKEB7Oa3TLA8hhOQfLjEGhXbL1aWW2w6csbTc,1623
hestia_earth/models/emepEea2019/so2ToAirFuelCombustion.py,sha256=-TwTtd9Po65zekAfDX8Z6QWfsH_QpGw-0IN2hDplHuw,1623
hestia_earth/models/emepEea2019/utils.py,sha256=7YgC-dUndd8Ha25LRZCM92_SYmOQo9tn0V90_EOfzTE,816
hestia_earth/models/emissionNotRelevant/__init__.py,sha256=nIuPIkQR1ghv_T_Ab4Ckq5wmGdWVmgbaOjhtKfIJ-WE,2183
hestia_earth/models/environmentalFootprintV3/__init__.py,sha256=lzg9qccwd9tbspw0lQ58YPprnvvSLTn3QV5T2-tPcC4,425
hestia_earth/models/environmentalFootprintV3/freshwaterEcotoxicityPotentialPaf.py,sha256=G_7HL-D7ApFFvC6iXyKHfxw4NoveAs434ocsCbsVWJQ,908
hestia_earth/models/epa2014/__init__.py,sha256=ckGf_6X7CCzI_18OqchEkuJAXKXM1x7V53u480ckknM,408
hestia_earth/models/epa2014/no3ToGroundwaterExcreta.py,sha256=QqJ3a6ksjeLV1m3vdrxjRUbWS6-KcH3He1sXKTJI61I,1986
hestia_earth/models/faostat2018/__init__.py,sha256=ecN-pKF1pkFnzmooBrg1VAxJkG76q9v4piiaKGP_vbo,412
hestia_earth/models/faostat2018/coldCarcassWeightPerHead.py,sha256=ErXe4XvWaFDmybGSgdcBUdoPUUuvvB5bYjLtX1xgjbM,3275
hestia_earth/models/faostat2018/coldDressedCarcassWeightPerHead.py,sha256=zcRa3rR6fUEqyFQzSK2BEDiABxFc4YBeu0K-t72YVUk,3366
hestia_earth/models/faostat2018/landTransformationFromCropland100YearAverage.py,sha256=2qVeSGMoJ15pD6-p0Fsq1yN-3mpL8SyOKkVuIiYoJMg,2655
hestia_earth/models/faostat2018/landTransformationFromCropland20YearAverage.py,sha256=0vJHRIb4F2G_8MG9Qgz2n-7dYerG5q6r7pG-j84LKjk,2648
hestia_earth/models/faostat2018/liveweightPerHead.py,sha256=Y96W7ylz5_FMp3NT05BWocbdOmYuDvKFw-yDLdiL2W8,3262
hestia_earth/models/faostat2018/readyToCookWeightPerHead.py,sha256=gLRPMjbtXyHrn3HEiQ3ud2nns0CyFKLxtx2bR-o9GWg,3301
hestia_earth/models/faostat2018/seed.py,sha256=smEHzgk5UAkYkPP8OMf_m2rf20ger1gvgARHJ5DYb98,2805
hestia_earth/models/faostat2018/utils.py,sha256=Uc8KXYIwwS0YJjA16jm3_v1DHQaIQg8_YZpBCU92EDY,3250
hestia_earth/models/faostat2018/product/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
hestia_earth/models/faostat2018/product/price.py,sha256=gLcLXtgReJrszsY3X80Z62znthb-y-IHWOfvF6mkWIA,8068
hestia_earth/models/geospatialDatabase/__init__.py,sha256=2Eh6-hjX812Uuf8nxYnC50uXE6uv_8ofFK8iVMwihXA,419
hestia_earth/models/geospatialDatabase/aware.py,sha256=LE2Pwp6urX_QV0DlAn6S4NcKwcg0Y_J8lTfr_LzKlBA,1363
hestia_earth/models/geospatialDatabase/clayContent.py,sha256=SAlHW1TMhOz9S4iUASlC9htuSlydINgk22hXW-v4UDU,2286
hestia_earth/models/geospatialDatabase/croppingIntensity.py,sha256=5tZgT8uRrO0IPofrdeRVhNpu5s-u5jmjxKG122TOrtU,2010
hestia_earth/models/geospatialDatabase/drainageClass.py,sha256=XnzamiydO3Xk1eJo8d2ddqz23AX-78kE0sOT8Gg9HnM,2117
hestia_earth/models/geospatialDatabase/ecoClimateZone.py,sha256=Go447ubRKm5SiPeinwgMiJ7LKO5_NHV_n6LLosBS8FI,3847
hestia_earth/models/geospatialDatabase/ecoregion.py,sha256=Tok0hfpWRL7sj39KES-JtWkmlC3GTjSS1o-jGRuD7TM,1599
hestia_earth/models/geospatialDatabase/erodibility.py,sha256=kTYRrqG7G9qaGkSEewyc0Zv_JVsqs404Vz3B7zl_Kaw,2071
hestia_earth/models/geospatialDatabase/heavyWinterPrecipitation.py,sha256=DTBYosgttThxzRvuEdoH-9qnFRak-NYAMkojhIN8_NY,2168
hestia_earth/models/geospatialDatabase/histosol.py,sha256=99u2Dd2kgXUmgCZ-1L24CZYT8o2kXN-EgL5O3yXVnkc,2486
hestia_earth/models/geospatialDatabase/longFallowRatio.py,sha256=1b9IjFRe6gTpoYrJTWyVjnlw3bRSI8V7io6RQLemaFA,2006
hestia_earth/models/geospatialDatabase/nutrientLossToAquaticEnvironment.py,sha256=Qb6VSTWMUIS6I3aJBBo5UtuyS80uVLQBaOh-9asA5-Q,2145
hestia_earth/models/geospatialDatabase/organicCarbonPerKgSoil.py,sha256=JHcwFfWrC8hOZR6X1YZlgF0WMB0SfqdM1uTYXwaSGng,2284
hestia_earth/models/geospatialDatabase/potentialEvapotranspirationAnnual.py,sha256=psDGQFS0gfTVFZbJQkK_gr25JdToY0Xs85c22zFqS5M,3373
hestia_earth/models/geospatialDatabase/potentialEvapotranspirationLongTermAnnualMean.py,sha256=ak6iiDS7Ww_eWeLI0msirMi0Yk6cCbyc52hX30wmOGQ,2375
hestia_earth/models/geospatialDatabase/precipitationAnnual.py,sha256=uGtwEDDzUE4fDR9aA9OjzKWkUBXjubxFS5Nd6bGKTzg,3543
hestia_earth/models/geospatialDatabase/precipitationLongTermAnnualMean.py,sha256=s52m8Fhm3yQbYaHYyIRqyqLSB9yqV6oVz1jD2dtAhHA,2542
hestia_earth/models/geospatialDatabase/region.py,sha256=RIc6NN4UYJ5vm267rcna1LP_qDwvSKS1FZjNxBmUqrE,2084
hestia_earth/models/geospatialDatabase/sandContent.py,sha256=6eH0WcQReUyHySf6AHVBwwgCHC3gYdTV7ZoAxBI_Zdo,2286
hestia_earth/models/geospatialDatabase/siltContent.py,sha256=min1ig_H2tgagNUOuMf_iH3NGhtT5v1vL36SA5ppYt4,2208
hestia_earth/models/geospatialDatabase/slope.py,sha256=eZkFFdqvwZ11nl3WzRlCOdR171OQPyHHiCCo0esIJcQ,2087
hestia_earth/models/geospatialDatabase/slopeLength.py,sha256=EC2-JPrrNxdVfjFS1Lfx5bdvSCgYaR144HCO1BhPzok,2092
hestia_earth/models/geospatialDatabase/soilPh.py,sha256=hWu6ZBxiJm_UATOWOH27LTZ6i_duMjJaNiN8zZiA8hs,2281
hestia_earth/models/geospatialDatabase/temperatureAnnual.py,sha256=cWFqmGLZNPdQaVOkiXZlTGdtl1U__IfttZ9jN3m_jOw,3515
hestia_earth/models/geospatialDatabase/temperatureLongTermAnnualMean.py,sha256=lHYKGV6IasvyUbhWjaWODzHvxuP5broOY3sAv5Ry1ZY,2417
hestia_earth/models/geospatialDatabase/totalNitrogenPerKgSoil.py,sha256=9GQT8Q1ci9n1IIpIMYETdEoJe33ax0qwgXJTsVTGvT4,2237
hestia_earth/models/geospatialDatabase/totalPhosphorusPerKgSoil.py,sha256=4eWK4zBmHbAL1cFZlo7qLXKMF0E_K2sdF69EZa0CTDY,2226
hestia_earth/models/geospatialDatabase/utils.py,sha256=VVaSYi8bYu4vIEX6JIsU98XhM0YGUaMP6bT9inUKwhM,7076
hestia_earth/models/geospatialDatabase/waterDepth.py,sha256=1JedDiqoHvPejfoU3wq4rbjuMx9kqAa9uqFAJfq0sv4,1944
hestia_earth/models/globalCropWaterModel2008/__init__.py,sha256=vQxexzFCl2Uv2RiIJfcppkRi9RgzBsJ68yhVDK4GvAU,425
hestia_earth/models/globalCropWaterModel2008/rootingDepth.py,sha256=k6UeqX-JyXKdB6qcEzKUl2UzSOlX8sH1nnPf9LhtKWY,4254
hestia_earth/models/haversineFormula/__init__.py,sha256=o155nR-XI67iCSBVNYIu4sPRIF3C2Y1NnUZ6lfpi0Do,417
hestia_earth/models/haversineFormula/transport/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
hestia_earth/models/haversineFormula/transport/distance.py,sha256=KNq5_UgxcPiNe_O-oyE-EbqX_UZ03Pk7aIKOZh-2SQ4,3299
hestia_earth/models/hyde32/__init__.py,sha256=hSOwDiK0M0NfmQbW_J7O_SZa8IsJMgITSHSVMsDS4KI,407
hestia_earth/models/hyde32/landTransformationFromCropland100YearAverageDuringCycle.py,sha256=Ww_BrjgPV6WK6L2VeZkhnoE_I-HQFRLDcVn82fk15fo,2402
hestia_earth/models/hyde32/landTransformationFromCropland20YearAverageDuringCycle.py,sha256=yr_qmy_fcHk6-he-h90rUlI-LpV6P7DeD3WbdE3MoJw,2398
hestia_earth/models/hyde32/landTransformationFromForest100YearAverageDuringCycle.py,sha256=resNYCViX6ATtw9pP75vMepoxYdvjnmtIY9R94SsHvo,2399
hestia_earth/models/hyde32/landTransformationFromForest20YearAverageDuringCycle.py,sha256=9B-YRKpWm49yx4vkHlSg8lncjCUFBDZvNGeSDy2_Ryo,2390
hestia_earth/models/hyde32/landTransformationFromOtherNaturalVegetation100YearAverageDuringCycle.py,sha256=Kz29x2sqyti0C5u4wqof5kpfMsUnjo-LHU2npfed0A4,2479
hestia_earth/models/hyde32/landTransformationFromOtherNaturalVegetation20YearAverageDuringCycle.py,sha256=vvO9sNdyuB3y6gM9ig8c-yf5GbvQ7myrc2Ob2cGXrvg,2470
hestia_earth/models/hyde32/landTransformationFromPermanentPasture100YearAverageDuringCycle.py,sha256=aaSWpr1UKHu8TnSwdxXln6E5IJi0KscZPUaGloY6u68,2452
hestia_earth/models/hyde32/landTransformationFromPermanentPasture20YearAverageDuringCycle.py,sha256=G1e11fDyNafik1W4kOJCIh5m589hGJGIJjAbc4-FZak,2443
hestia_earth/models/hyde32/utils.py,sha256=j9QavyBZIQ-ZCNjdPLWjOjg2LrxcNlanQ1wPnT0IKX8,3098
hestia_earth/models/impact_assessment/__init__.py,sha256=B6UO8z3NR6JjIycyT7adZbnNKcBC49qnF2bOhVcufy4,355
hestia_earth/models/impact_assessment/emissions.py,sha256=XcHTqyPAZeCz7qPTD8VvccmYMYROqBGrR0zJNpZtmvM,3413
hestia_earth/models/impact_assessment/freshwaterWithdrawalsDuringCycle.py,sha256=9CavXee24bRHBlVOINLDBH4zzQZqHRu15J_06oDzGRc,3879
hestia_earth/models/impact_assessment/freshwaterWithdrawalsInputsProduction.py,sha256=DSLX_aEWaUFcFZRD46bG5lIQ4TtAtIqH-sMkVCJH2Dg,990
hestia_earth/models/impact_assessment/irrigated.py,sha256=0lFUPRUwQze283F6aCsqiBJ2pbFNPvApcbppwbSF2SE,749
hestia_earth/models/impact_assessment/landOccupationInputsProduction.py,sha256=SggB_4tpiKNeb6TIQWBm-X9VwG4pzLoyHdK8JroRIsE,576
hestia_earth/models/impact_assessment/landTransformationFromCropland100YearAverageInputsProduction.py,sha256=jxeJS8r1qYIoyeEE-MGKbldEDL3x9CG8aIb4JdcUnj4,1036
hestia_earth/models/impact_assessment/landTransformationFromCropland20YearAverageInputsProduction.py,sha256=vluuIcr1jYhs11oz7nANk2qUuUVPy5uNkvpfMv_M4LE,1034
hestia_earth/models/impact_assessment/landTransformationFromForest100YearAverageInputsProduction.py,sha256=pDPLaJh6eWD_ENuWIuAhHHcgzWK44emt9A6Ckc0ob0c,1032
hestia_earth/models/impact_assessment/landTransformationFromForest20YearAverageInputsProduction.py,sha256=h-ZxPjc4Wdl4fJThcbVkktHL2btO48cfmYA3pZLeKiY,1030
hestia_earth/models/impact_assessment/landTransformationFromOtherNaturalVegetation100YearAverageInputsProduction.py,sha256=Bb-qMHTjazCSZi0MGT9nYXDBb14jnpTbMzlz-X_5lMM,1064
hestia_earth/models/impact_assessment/landTransformationFromOtherNaturalVegetation20YearAverageInputsProduction.py,sha256=wQdJ4NqEfjI3N3tD8X5bCEmz-2XVoYVLriKcLRLhPmU,1062
hestia_earth/models/impact_assessment/landTransformationFromPermanentPasture100YearAverageInputsProduction.py,sha256=7btlXl5PL47qIjfs-w_xLZY_nsRnJAwTREtt8LpY6UI,1052
hestia_earth/models/impact_assessment/landTransformationFromPermanentPasture20YearAverageInputsProduction.py,sha256=pdluhfRQuJK0EHq-L0s0TOf37tvOQYB-M-wZiuSbarw,1050
hestia_earth/models/impact_assessment/organic.py,sha256=vgY-Wwt_gE6t2EQSFDY6XvDjI0TXb7YeMxH7gty-u6Q,759
hestia_earth/models/impact_assessment/utils.py,sha256=qMEIcXYBgVgEFnY_KFhZ8Y_07trNkLOIQGnbXWjczCE,1869
hestia_earth/models/impact_assessment/post_checks/__init__.py,sha256=GYXk30X1GVsf4FqTsQOk44qM7RKvISzYgZ91QRGdBc0,413
hestia_earth/models/impact_assessment/post_checks/cycle.py,sha256=lc5RPxK9iZG0thXuzZdMRcmwL33KighPNcqg0Bo4tFQ,856
hestia_earth/models/impact_assessment/post_checks/site.py,sha256=AOyEpZsq6agmWtGpV8JuSoTjX3My5VpZV3G9kYwBfsc,846
hestia_earth/models/impact_assessment/pre_checks/__init__.py,sha256=3FV6tLVLlXzVrKYJ_v_wEGKd-s5tp9bjqPziFJ6PtM0,411
hestia_earth/models/impact_assessment/pre_checks/cycle.py,sha256=drOQaHY5V_LLRH8txgFOp006VGbnftGHJLznNe3tC88,1079
hestia_earth/models/impact_assessment/pre_checks/site.py,sha256=4xLy_GIYJZpCpKbiR4BEfKNEU1YyPJnMLq4yTgyJVnY,929
hestia_earth/models/impact_assessment/product/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
hestia_earth/models/impact_assessment/product/economicValueShare.py,sha256=z3EUHmN-SkGhPIJ_mtMs0EUDlHmvCVHa7UDxEVLgv1E,1426
hestia_earth/models/impact_assessment/product/value.py,sha256=opBfdXZ8GfTxdMkr_XeOFb3gZ4slGpUNE9RXHH1QUHw,1332
hestia_earth/models/ipcc2006/__init__.py,sha256=ReUFPLqIyp16QEOGaiHmz41QbuwYBQYDKVtw6KuRDIA,409
hestia_earth/models/ipcc2006/aboveGroundCropResidueRemoved.py,sha256=BiiFYiRxHgo-woPRbVbPtyZmmDZtttYL1iOGwSoI3NA,2867
hestia_earth/models/ipcc2006/aboveGroundCropResidueTotal.py,sha256=oul71JCO_ehoI-K84ipWAHj3eT__Gn9MLQyHP6B8CxY,3553
hestia_earth/models/ipcc2006/belowGroundCropResidue.py,sha256=KJV1MMS_tUYTAi4DYXVQl9mlo1Xy-YsdPLT-syIaOu0,4269
hestia_earth/models/ipcc2006/co2ToAirOrganicSoilCultivation.py,sha256=3t2t9S5Pkw1JdKVrIhaRkcqNyaiUqiuTmw9z23Leplo,3146
hestia_earth/models/ipcc2006/n2OToAirCropResidueDecompositionIndirect.py,sha256=r7JL85_DOBAKRQYwC4ckk6j71m_o-sQohZL2mjSVXd8,2426
hestia_earth/models/ipcc2006/n2OToAirExcretaDirect.py,sha256=fmL7hVr94Go3XpDGijCnZJUWIRnqDHfDCXuFVjTBehs,2123
hestia_earth/models/ipcc2006/n2OToAirExcretaIndirect.py,sha256=fiVI_V1IgXZbJk8x6zSuwQS1GVRFHKDGaaxFqwVEFCo,2836
hestia_earth/models/ipcc2006/n2OToAirInorganicFertiliserDirect.py,sha256=tfKIufK0r5XOF-j0hUzpMX_uHD7GayJMLxDHKP0TjNM,2192
hestia_earth/models/ipcc2006/n2OToAirInorganicFertiliserIndirect.py,sha256=YkEbDn68fC0FkxfFI1oyTM71juwydOY0PVqkKNdV2BM,2933
hestia_earth/models/ipcc2006/n2OToAirOrganicFertiliserDirect.py,sha256=BlxzGRmks9Ob7Fon4VXt9ojnRDhzWkktR8GhF_mG7sA,2222
hestia_earth/models/ipcc2006/n2OToAirOrganicFertiliserIndirect.py,sha256=y1IJ9kKDcdLrHk9tD-czUZdDubAgCv1YnDWegGg5htM,2913
hestia_earth/models/ipcc2006/n2OToAirOrganicSoilCultivationDirect.py,sha256=bQ26mD6scu2mVuES8egZwXXBNYV9eO8C92wH_Lwo4oY,3172
hestia_earth/models/ipcc2006/utils.py,sha256=Y9E0rwWDa_HU7ZyV3-6ridMUSgq5RyC4ZIYGkVOUweo,1200
hestia_earth/models/ipcc2013ExcludingFeedbacks/__init__.py,sha256=v4Qe-X4w3tqIHGJBNnEAK81x4ZuQMwYxQYXRncugmcU,427
hestia_earth/models/ipcc2013ExcludingFeedbacks/gwp100.py,sha256=8VRg-Vvzc86_CQmBH-iHNhaSnAFHew2swAMecT0aXW4,979
hestia_earth/models/ipcc2013IncludingFeedbacks/__init__.py,sha256=VJ16KIGQQHybzZiTvu3mpZy_3j0xcd06RHHCfPrCMgU,427
hestia_earth/models/ipcc2013IncludingFeedbacks/gwp100.py,sha256=PTE0FEV5x7MZgWpA6iu7EtIYaYKl6Udc9icpafkqlEA,979
hestia_earth/models/ipcc2019/__init__.py,sha256=LdRpu8KbEc-MroIwXfKDjfj-xbgmfUYgctjKVvtpRfQ,409
hestia_earth/models/ipcc2019/aboveGroundCropResidueTotal.py,sha256=ej1FHflgAIUNOFqZCDJiFs2a5RygOxqVqkD5He1KwoI,3016
hestia_earth/models/ipcc2019/belowGroundCropResidue.py,sha256=sCSUXrBBg5l9nhATSThTt-s4TA3QHW35--qp7k1wTYE,3221
hestia_earth/models/ipcc2019/ch4ToAirEntericFermentation.py,sha256=Kk_QNMqZtmJpNWZvCqJYVddn0833x3zwT3Pa5KZVBdE,7281
hestia_earth/models/ipcc2019/ch4ToAirExcreta.py,sha256=hygInRO3bhwo3JgMwWT2pL0jCP0OrYU55Ntx3O3JyG0,6679
hestia_earth/models/ipcc2019/ch4ToAirFloodedRice.py,sha256=VyF9Z_xtbJXslRk2XDlhivN5f5fpDNF6JChsRcJ21uU,6481
hestia_earth/models/ipcc2019/co2ToAirLimeHydrolysis.py,sha256=Q9CGcD1PizZJQ2qdeBQJXn3P_oIpAdbnn02re8HP0D4,2580
hestia_earth/models/ipcc2019/co2ToAirUreaHydrolysis.py,sha256=2CnBlsD10wIbG66Amv4S-1QT5MRVNQGrAG2iN-ZH8o8,3819
hestia_earth/models/ipcc2019/croppingDuration.py,sha256=jipKhjF0MdMzU2KoWmbD6XEwOabnCi4xQwdWz5W3Nuo,2979
hestia_earth/models/ipcc2019/n2OToAirCropResidueDecompositionDirect.py,sha256=_p3DNDriCiSnixw1q1KmA8KU1omNx87WfvcJKa-tPCM,4746
hestia_earth/models/ipcc2019/n2OToAirExcretaDirect.py,sha256=gB1NbBKkUQyIFwjy4p8YYJxEEEW35QYWBVhNLduhaJ0,1984
hestia_earth/models/ipcc2019/nitrogenContent.py,sha256=5LISfKnCtRm5JE3va3F6CU0bshnFpgSAuzmjH0zpev0,6452
hestia_earth/models/ipcc2019/no3ToGroundwaterCropResidueDecomposition.py,sha256=3JOQANIy4rDsFTWBy6pOzJ2NRdAiAL-x--C87gBIZQw,3603
hestia_earth/models/ipcc2019/no3ToGroundwaterExcreta.py,sha256=WNfaopS9canZs5zePdijfD2HzTTYfqD1hiainuVfwmk,3004
hestia_earth/models/ipcc2019/no3ToGroundwaterInorganicFertiliser.py,sha256=X2WPGOiWi_1cQ5yiyjfrBU_rAm3EDsm4WnRJi8ea6g8,3007
hestia_earth/models/ipcc2019/no3ToGroundwaterOrganicFertiliser.py,sha256=Q6XLA-yUEJFQCrk1N4Tq2DiMSACI7XnsW_Mn595V1as,3102
hestia_earth/models/ipcc2019/pastureGrass.py,sha256=2WOHlPFprpvDsZguPAlRqJi-oPftXTMUAKkGwYXAH-c,21747
hestia_earth/models/ipcc2019/utils.py,sha256=u-KBk8xVI0Rcn1_jwjGeSXpF83VHpAiNsjGD3DBrUfY,992
hestia_earth/models/ipcc2021/__init__.py,sha256=VTgGFKhwMmk_nuI1RRq0in27fHYVPBonlXlPK00K8no,409
hestia_earth/models/ipcc2021/gwp100.py,sha256=HEV4Misbe5h99qCqZeCaKNTs4FkFWmv6RdCty_U2pps,947
hestia_earth/models/koble2014/__init__.py,sha256=jRciLONEhGHtMLu2rlWXEEVwcJqA-URsfH1cCt-Qti4,410
hestia_earth/models/koble2014/aboveGroundCropResidue.py,sha256=oj0q5mj57LjnzmH_PlfthjtaPN9RF5uj7CcnNnsHP58,5907
hestia_earth/models/koble2014/cropResidueManagement.py,sha256=22guAEe6pyi7SS6pswz3H3lMzfygefB1Mlg3aL2k6PQ,2973
hestia_earth/models/koble2014/residueBurnt.py,sha256=eKvzC4HOj8t7c2-50guVhqQMapTuxcHNBB-_zElHILY,2285
hestia_earth/models/koble2014/residueLeftOnField.py,sha256=R3D6-21Za9CylMVFWePSUywL55d7n9ohlBHAJyXAwA4,421
hestia_earth/models/koble2014/residueRemoved.py,sha256=NqYXLr5Te7m6EcGMJOEeXTB_DDMFKoJslJuiTIQ16RM,2035
hestia_earth/models/koble2014/utils.py,sha256=Cv-SQZim7uzTC84_cmotQf1y3tqguQ9YT8g5FxK_UO0,2029
hestia_earth/models/lcImpactAllEffects100Years/__init__.py,sha256=Z15q1K369kIkH4JC3X2mN0PdNHhUn6dscug6g4DvAxc,427
hestia_earth/models/lcImpactAllEffects100Years/damageToFreshwaterEcosystemsClimateChange.py,sha256=xKph9CTpqOwr0Ht5BiQouwOVek6z0Y13G5ZCgUNjo6c,1038
hestia_earth/models/lcImpactAllEffects100Years/damageToFreshwaterEcosystemsFreshwaterEcotoxicity.py,sha256=0oZr_tW-uIwQ8VR-ac5OPmjNSJ-915m20ICkW74tcQk,953
hestia_earth/models/lcImpactAllEffects100Years/damageToFreshwaterEcosystemsFreshwaterEutrophication.py,sha256=024Qpgc3KVrA7HgADY4IXSvD59wFxLHSVk9xy9x0qwA,1180
hestia_earth/models/lcImpactAllEffects100Years/damageToFreshwaterEcosystemsPdfYear.py,sha256=GKGWaDFfQ5BzWuD_I7NwHDmusQYXCnHBODT58UnCtlM,1108
hestia_earth/models/lcImpactAllEffects100Years/damageToFreshwaterEcosystemsWaterStress.py,sha256=MFgW2LuzQR0r1DffSB3WQs9Veynn8nOcHiD_aeNPkxI,1174
hestia_earth/models/lcImpactAllEffects100Years/damageToHumanHealth.py,sha256=o4eUmrzRVtoGRnw19pSUnOOetL35HWwnddmgOpeIPys,1079
hestia_earth/models/lcImpactAllEffects100Years/damageToHumanHealthClimateChange.py,sha256=5lkKUHzM-yGGdm-646fLn04kcJi-bdz-R34ER1rpDuI,1016
hestia_earth/models/lcImpactAllEffects100Years/damageToHumanHealthHumanToxicityCancerogenic.py,sha256=t3qDNHf_-0WlHfhW-pmDWjVSCyU72MErcJkAgIwbq80,950
hestia_earth/models/lcImpactAllEffects100Years/damageToHumanHealthHumanToxicityNonCancerogenic.py,sha256=4R2VrAaPjm3tCy3aZthO_ImVClO4CoJEgb0xpB_LnF4,956
hestia_earth/models/lcImpactAllEffects100Years/damageToHumanHealthParticulateMatterFormation.py,sha256=VDcAFaNB03dw5AWLvm5PCboWs2j74s_m7awWjRXmdhs,1176
hestia_earth/models/lcImpactAllEffects100Years/damageToHumanHealthPhotochemicalOzoneFormation.py,sha256=excHRbB1d0sSuj7T0Coe2Jr99mNomBWCIoa0qN--EBU,1155
hestia_earth/models/lcImpactAllEffects100Years/damageToHumanHealthStratosphericOzoneDepletion.py,sha256=ZjN_cRafgMk7QdvU7P0aGW9d4N7xUiUbr4mxD2-w1fk,1044
hestia_earth/models/lcImpactAllEffects100Years/damageToHumanHealthWaterStress.py,sha256=LUWp8r1ftDHmq91vyEi2OaRD7uAw1QOj73Wz3V7O3uY,1663
hestia_earth/models/lcImpactAllEffects100Years/damageToMarineEcosystemsMarineEcotoxicity.py,sha256=oNL-kGNXctncjA1gvtmou6GI5N7XkAV0slKyW1oxSSk,937
hestia_earth/models/lcImpactAllEffects100Years/damageToMarineEcosystemsMarineEutrophication.py,sha256=VGbykZ92edGx5q86vupADYqJYtXfec5Msgl5cixtAH4,1164
hestia_earth/models/lcImpactAllEffects100Years/damageToMarineEcosystemsPdfYear.py,sha256=OfHeMgAn6RbHzZoRt4GH-xRJaPML_Kv1H3kZAol4UMs,1100
hestia_earth/models/lcImpactAllEffects100Years/damageToTerrestrialEcosystemsClimateChange.py,sha256=ktP0JE7qSGCdV6pvem4rnoU77bRyQyKSYfRZc2cCagc,1040
hestia_earth/models/lcImpactAllEffects100Years/damageToTerrestrialEcosystemsPdfYear.py,sha256=OHCoUNMkHym57sfCz3kX0fdrdJNVsID0TUcmwg1Jlr4,1110
hestia_earth/models/lcImpactAllEffects100Years/damageToTerrestrialEcosystemsPhotochemicalOzoneFormation.py,sha256=t8DTybm_3DIlvtpSJP-KBWsgp0SKe4d_pw2Y0BKGxMg,1175
hestia_earth/models/lcImpactAllEffects100Years/damageToTerrestrialEcosystemsTerrestrialAcidification.py,sha256=U74max756dWZLVbLNUAHcHeUiHADLxuvRbvpJc4eSLc,1182
hestia_earth/models/lcImpactAllEffects100Years/damageToTerrestrialEcosystemsTerrestrialEcotoxicity.py,sha256=3oCnyRimOWNzwCkV2HSX_eMcwKcOtT60clvUxIEGdEU,957
hestia_earth/models/lcImpactAllEffectsInfinite/__init__.py,sha256=-mI2cKQbipg9FcKehl9h6EiUbwXrl22IybK4VNPWD5o,427
hestia_earth/models/lcImpactAllEffectsInfinite/damageToFreshwaterEcosystemsClimateChange.py,sha256=7bp9Wo0qTMBXJPcBZJdJN2tH7Rm1_bYLXDSGmsMpMFQ,1038
hestia_earth/models/lcImpactAllEffectsInfinite/damageToFreshwaterEcosystemsFreshwaterEcotoxicity.py,sha256=ph76oE78LqZTU6PQQJwsmdMoIXQLnvRo4qy--b-95EI,955
hestia_earth/models/lcImpactAllEffectsInfinite/damageToFreshwaterEcosystemsFreshwaterEutrophication.py,sha256=024Qpgc3KVrA7HgADY4IXSvD59wFxLHSVk9xy9x0qwA,1180
hestia_earth/models/lcImpactAllEffectsInfinite/damageToFreshwaterEcosystemsPdfYear.py,sha256=pEcyeWqqK615vt2ndw89ClatUNUmtHW-WdHU-oiddSs,1108
hestia_earth/models/lcImpactAllEffectsInfinite/damageToFreshwaterEcosystemsWaterStress.py,sha256=MFgW2LuzQR0r1DffSB3WQs9Veynn8nOcHiD_aeNPkxI,1174
hestia_earth/models/lcImpactAllEffectsInfinite/damageToHumanHealth.py,sha256=uFc_Izn0j_XTm7ZoBOtDzor8lB3O8w3nAZ2yIwQFUSE,1079
hestia_earth/models/lcImpactAllEffectsInfinite/damageToHumanHealthClimateChange.py,sha256=gP9u4lI1ON6uEdRFVyf_FRrEhJbO4rvDKj_3dVNG6UQ,1016
hestia_earth/models/lcImpactAllEffectsInfinite/damageToHumanHealthHumanToxicityCancerogenic.py,sha256=gv5VtpB-0aA7hw9aQX5AhEPhF7T9u88j4HIz7mxlTsA,950
hestia_earth/models/lcImpactAllEffectsInfinite/damageToHumanHealthHumanToxicityNonCancerogenic.py,sha256=Hw24FujUlj6rUAtmo8IPV_0mVnASDplVPYgURXiGIfc,956
hestia_earth/models/lcImpactAllEffectsInfinite/damageToHumanHealthParticulateMatterFormation.py,sha256=VDcAFaNB03dw5AWLvm5PCboWs2j74s_m7awWjRXmdhs,1176
hestia_earth/models/lcImpactAllEffectsInfinite/damageToHumanHealthPhotochemicalOzoneFormation.py,sha256=excHRbB1d0sSuj7T0Coe2Jr99mNomBWCIoa0qN--EBU,1155
hestia_earth/models/lcImpactAllEffectsInfinite/damageToHumanHealthStratosphericOzoneDepletion.py,sha256=qGTioyvvAngjbo3sdGcCXTbiTw98XodcDEHlmtCDMtU,1044
hestia_earth/models/lcImpactAllEffectsInfinite/damageToHumanHealthWaterStress.py,sha256=LUWp8r1ftDHmq91vyEi2OaRD7uAw1QOj73Wz3V7O3uY,1663
hestia_earth/models/lcImpactAllEffectsInfinite/damageToMarineEcosystemsMarineEcotoxicity.py,sha256=ozxgBXdn_S7ayMhs2pEieASd3xp-tVaLwar4NkhWe9g,937
hestia_earth/models/lcImpactAllEffectsInfinite/damageToMarineEcosystemsMarineEutrophication.py,sha256=VGbykZ92edGx5q86vupADYqJYtXfec5Msgl5cixtAH4,1164
hestia_earth/models/lcImpactAllEffectsInfinite/damageToMarineEcosystemsPdfYear.py,sha256=z0AABYUAq481WTVDg6R_3ZNFQH3lTfK-8jYld5ijjNM,1100
hestia_earth/models/lcImpactAllEffectsInfinite/damageToTerrestrialEcosystemsClimateChange.py,sha256=BAH0Uj83DDO4T0J25Zbpd2lYxxo-pWhyZ7aLcBruI0E,1040
hestia_earth/models/lcImpactAllEffectsInfinite/damageToTerrestrialEcosystemsPdfYear.py,sha256=IpOz-gFS6WaZQM9wJcQ9Bw1HTijJbNtlz65g8XJDHE0,1110
hestia_earth/models/lcImpactAllEffectsInfinite/damageToTerrestrialEcosystemsPhotochemicalOzoneFormation.py,sha256=t8DTybm_3DIlvtpSJP-KBWsgp0SKe4d_pw2Y0BKGxMg,1175
hestia_earth/models/lcImpactAllEffectsInfinite/damageToTerrestrialEcosystemsTerrestrialAcidification.py,sha256=U74max756dWZLVbLNUAHcHeUiHADLxuvRbvpJc4eSLc,1182
hestia_earth/models/lcImpactAllEffectsInfinite/damageToTerrestrialEcosystemsTerrestrialEcotoxicity.py,sha256=4q7UTQJG1B7Mhdldp6Hnm9aArVC9WdLkW-NGHglJlTY,957
hestia_earth/models/lcImpactCertainEffects100Years/__init__.py,sha256=m5yYAVoq0T85R0LNm_PzvoOfzLO0HKYK5SZbALSrFqk,431
hestia_earth/models/lcImpactCertainEffects100Years/damageToFreshwaterEcosystemsFreshwaterEcotoxicity.py,sha256=0oZr_tW-uIwQ8VR-ac5OPmjNSJ-915m20ICkW74tcQk,953
hestia_earth/models/lcImpactCertainEffects100Years/damageToFreshwaterEcosystemsFreshwaterEutrophication.py,sha256=024Qpgc3KVrA7HgADY4IXSvD59wFxLHSVk9xy9x0qwA,1180
hestia_earth/models/lcImpactCertainEffects100Years/damageToFreshwaterEcosystemsPdfYear.py,sha256=sTQYmMvNq7FY8Ldgrn5K4r4UAu03_zoHTG1GvCwfwlA,1112
hestia_earth/models/lcImpactCertainEffects100Years/damageToFreshwaterEcosystemsWaterStress.py,sha256=LgMECiVA8oAggcDOSWBgzAz5JUxH5ko4xhcjVwG44vU,1178
hestia_earth/models/lcImpactCertainEffects100Years/damageToHumanHealth.py,sha256=R-D6womtU3ScbAMJXhn5M9_M8IqoQyEZhwLwZ0N3rsc,1083
hestia_earth/models/lcImpactCertainEffects100Years/damageToHumanHealthClimateChange.py,sha256=Ts_sjOMKE5c97PxliGHoI2J6CXlJuOi0YTghm35P5f4,1020
hestia_earth/models/lcImpactCertainEffects100Years/damageToHumanHealthHumanToxicityCancerogenic.py,sha256=pmE7R7DqvI9re_zJ4IRXqqLStHx8a1kjdnhMCuvU4WE,954
hestia_earth/models/lcImpactCertainEffects100Years/damageToHumanHealthHumanToxicityNonCancerogenic.py,sha256=NxqrwHsWe-qg_ZgJpoXvYmoSTL2nTBIiCgeshdtpMKU,960
hestia_earth/models/lcImpactCertainEffects100Years/damageToHumanHealthParticulateMatterFormation.py,sha256=i2-_fXwqef466N9hSmPyXowkjFtDoEuxAj2tdH5VU0k,1180
hestia_earth/models/lcImpactCertainEffects100Years/damageToHumanHealthPhotochemicalOzoneFormation.py,sha256=excHRbB1d0sSuj7T0Coe2Jr99mNomBWCIoa0qN--EBU,1155
hestia_earth/models/lcImpactCertainEffects100Years/damageToHumanHealthStratosphericOzoneDepletion.py,sha256=9O2NAA_v0vM9LlWHwMeKqhCif8_snZUJ90IYExEGarQ,1048
hestia_earth/models/lcImpactCertainEffects100Years/damageToHumanHealthWaterStress.py,sha256=LUWp8r1ftDHmq91vyEi2OaRD7uAw1QOj73Wz3V7O3uY,1663
hestia_earth/models/lcImpactCertainEffects100Years/damageToMarineEcosystemsMarineEcotoxicity.py,sha256=oNL-kGNXctncjA1gvtmou6GI5N7XkAV0slKyW1oxSSk,937
hestia_earth/models/lcImpactCertainEffects100Years/damageToMarineEcosystemsMarineEutrophication.py,sha256=VGbykZ92edGx5q86vupADYqJYtXfec5Msgl5cixtAH4,1164
hestia_earth/models/lcImpactCertainEffects100Years/damageToMarineEcosystemsPdfYear.py,sha256=BcisUsRvbWoapqlMzSPimnQWpmGa1eeAPsdlEvwdw6M,1104
hestia_earth/models/lcImpactCertainEffects100Years/damageToTerrestrialEcosystemsClimateChange.py,sha256=DHsoHqgq9_l8iHENH8qDd3jjWo-S1QiB5GH95XraC1s,1044
hestia_earth/models/lcImpactCertainEffects100Years/damageToTerrestrialEcosystemsPdfYear.py,sha256=cl2UjKO-rm4v8lr5I-fzyeRZe041ufY9B6nCGmQm6HU,1114
hestia_earth/models/lcImpactCertainEffects100Years/damageToTerrestrialEcosystemsPhotochemicalOzoneFormation.py,sha256=t8DTybm_3DIlvtpSJP-KBWsgp0SKe4d_pw2Y0BKGxMg,1175
hestia_earth/models/lcImpactCertainEffects100Years/damageToTerrestrialEcosystemsTerrestrialAcidification.py,sha256=U74max756dWZLVbLNUAHcHeUiHADLxuvRbvpJc4eSLc,1182
hestia_earth/models/lcImpactCertainEffects100Years/damageToTerrestrialEcosystemsTerrestrialEcotoxicity.py,sha256=3oCnyRimOWNzwCkV2HSX_eMcwKcOtT60clvUxIEGdEU,957
hestia_earth/models/lcImpactCertainEffectsInfinite/__init__.py,sha256=BZ6xYtEYUljU21s-i1T3V1ZTmCpkF549qraGEULbbe0,431
hestia_earth/models/lcImpactCertainEffectsInfinite/damageToFreshwaterEcosystemsFreshwaterEcotoxicity.py,sha256=ph76oE78LqZTU6PQQJwsmdMoIXQLnvRo4qy--b-95EI,955
hestia_earth/models/lcImpactCertainEffectsInfinite/damageToFreshwaterEcosystemsFreshwaterEutrophication.py,sha256=024Qpgc3KVrA7HgADY4IXSvD59wFxLHSVk9xy9x0qwA,1180
hestia_earth/models/lcImpactCertainEffectsInfinite/damageToFreshwaterEcosystemsPdfYear.py,sha256=7O8IVI98ZWQVJPwTBqVA14ZDnpwM8I68zqFEm4y0htM,1112
hestia_earth/models/lcImpactCertainEffectsInfinite/damageToFreshwaterEcosystemsWaterStress.py,sha256=LgMECiVA8oAggcDOSWBgzAz5JUxH5ko4xhcjVwG44vU,1178
hestia_earth/models/lcImpactCertainEffectsInfinite/damageToHumanHealth.py,sha256=nkIntVlLCq3BAn2ISzb8sd6ztx9mCG4jFVNwT4UdPYw,1083
hestia_earth/models/lcImpactCertainEffectsInfinite/damageToHumanHealthClimateChange.py,sha256=B3uJN1VK0ssNhunnODFXgGzLW6U96ti2yPO_OVmg4a0,1020
hestia_earth/models/lcImpactCertainEffectsInfinite/damageToHumanHealthHumanToxicityCancerogenic.py,sha256=4caM_qIG_Hk15o4BPn9cqzvVaIZwWHp_R5dQMuMU2NY,954
hestia_earth/models/lcImpactCertainEffectsInfinite/damageToHumanHealthHumanToxicityNonCancerogenic.py,sha256=eNLX13Ttid3Zy90c-Smu6QnwSCxPpH7zEXgPJPSjAHQ,960
hestia_earth/models/lcImpactCertainEffectsInfinite/damageToHumanHealthParticulateMatterFormation.py,sha256=i2-_fXwqef466N9hSmPyXowkjFtDoEuxAj2tdH5VU0k,1180
hestia_earth/models/lcImpactCertainEffectsInfinite/damageToHumanHealthPhotochemicalOzoneFormation.py,sha256=excHRbB1d0sSuj7T0Coe2Jr99mNomBWCIoa0qN--EBU,1155
hestia_earth/models/lcImpactCertainEffectsInfinite/damageToHumanHealthStratosphericOzoneDepletion.py,sha256=AZsDEfS2j9W7mXOB20GYiS5KYx2Kz2oE0SOYiXagPXc,1048
hestia_earth/models/lcImpactCertainEffectsInfinite/damageToHumanHealthWaterStress.py,sha256=LUWp8r1ftDHmq91vyEi2OaRD7uAw1QOj73Wz3V7O3uY,1663
hestia_earth/models/lcImpactCertainEffectsInfinite/damageToMarineEcosystemsMarineEcotoxicity.py,sha256=ozxgBXdn_S7ayMhs2pEieASd3xp-tVaLwar4NkhWe9g,937
hestia_earth/models/lcImpactCertainEffectsInfinite/damageToMarineEcosystemsMarineEutrophication.py,sha256=VGbykZ92edGx5q86vupADYqJYtXfec5Msgl5cixtAH4,1164
hestia_earth/models/lcImpactCertainEffectsInfinite/damageToMarineEcosystemsPdfYear.py,sha256=KZ1wlKZwG0fNPjLzScChzLs8PdG61NtLXMCnUd5W4o0,1104
hestia_earth/models/lcImpactCertainEffectsInfinite/damageToTerrestrialEcosystemsClimateChange.py,sha256=KzGwxIxF1OaaskQZErD6uvkj_3nsoE3uiheDoaLR6_g,1044
hestia_earth/models/lcImpactCertainEffectsInfinite/damageToTerrestrialEcosystemsPdfYear.py,sha256=OHCoUNMkHym57sfCz3kX0fdrdJNVsID0TUcmwg1Jlr4,1110
hestia_earth/models/lcImpactCertainEffectsInfinite/damageToTerrestrialEcosystemsPhotochemicalOzoneFormation.py,sha256=t8DTybm_3DIlvtpSJP-KBWsgp0SKe4d_pw2Y0BKGxMg,1175
hestia_earth/models/lcImpactCertainEffectsInfinite/damageToTerrestrialEcosystemsTerrestrialAcidification.py,sha256=U74max756dWZLVbLNUAHcHeUiHADLxuvRbvpJc4eSLc,1182
hestia_earth/models/lcImpactCertainEffectsInfinite/damageToTerrestrialEcosystemsTerrestrialEcotoxicity.py,sha256=4q7UTQJG1B7Mhdldp6Hnm9aArVC9WdLkW-NGHglJlTY,957
hestia_earth/models/linkedImpactAssessment/__init__.py,sha256=x6xsPu-Rwh-7HKsvHuKmgM1YML6fQy2z9Hsy9_BeO2Y,3565
hestia_earth/models/mocking/__init__.py,sha256=Y39V6yj_3M1q8v9ShCHwPeJOstypOVIvb_FldMEbF7g,766
hestia_earth/models/mocking/mock_search.py,sha256=ysPhzvMGvsHKqQXKRFi8ZqohcnyKutBlNqT_j0OH8L4,1983
hestia_earth/models/mocking/search-results.json,sha256=QYn0_835WDdnh38AIlj6CjUEhGHd2s1gVNysNhq7-Aw,30647
hestia_earth/models/pooreNemecek2018/__init__.py,sha256=nPboL7ULJzL5nJD5q7q9VOZt_fxbKVm8fmn1Az5YkVY,417
hestia_earth/models/pooreNemecek2018/aboveGroundCropResidueTotal.py,sha256=C4Sq5Ke8JCKyAToJ8nCNixhULk85o7f3t3Qz9G-QeqI,2198
hestia_earth/models/pooreNemecek2018/belowGroundCropResidue.py,sha256=oE-RDKgR9V6SOOS6pJUSAs8mcG1oHsheTLhQJOXMaaY,2193
hestia_earth/models/pooreNemecek2018/ch4ToAirAquacultureSystems.py,sha256=aFGXvqP6AM-hgkQvyRTCwdphv9UsfsRtn68YkuDODXY,6727
hestia_earth/models/pooreNemecek2018/excretaKgN.py,sha256=iDZ9Ge9VfulLvlVT44_bYAGC-xEUDucLtkrjKbGAfiQ,5622
hestia_earth/models/pooreNemecek2018/excretaKgVs.py,sha256=EgzUzO0r8UvwhRqh0FzJtznuckuSk3DlDfI3hUXogLs,7634
hestia_earth/models/pooreNemecek2018/landOccupationDuringCycle.py,sha256=Zlq4gfVPrneqTaahtUiEtmjNqct75AoIag33gOZbC3E,2820
hestia_earth/models/pooreNemecek2018/longFallowPeriod.py,sha256=nSbW4LgbiEl02bXJZ_kxQHsYiR6PEMt65TSi-8n6VtI,1383
hestia_earth/models/pooreNemecek2018/n2OToAirAquacultureSystemsDirect.py,sha256=BgxKSBSRdyNU1_q8Vf9GULkIewuXKmgfDQU9Thzxc1g,2724
hestia_earth/models/pooreNemecek2018/n2ToAirAquacultureSystems.py,sha256=RBC6A-g97wS85wn5Y3B2Js2YDvFVpcNVs8Os6hrwWsE,2569
hestia_earth/models/pooreNemecek2018/nh3ToAirAquacultureSystems.py,sha256=eKrIDjbUFIbMflnd2dO_algQ_uBh-YI8ENqU0besdtI,4142
hestia_earth/models/pooreNemecek2018/no3ToGroundwaterCropResidueDecomposition.py,sha256=l9QIDXAHdZHzpSa74pSLelLP3FQi5ri-qPQb9PjJlDQ,2459
hestia_earth/models/pooreNemecek2018/no3ToGroundwaterExcreta.py,sha256=f_DcCsqhheKay-im1QeuPl8IYn5GgkiReBjpE93jYSk,2392
hestia_earth/models/pooreNemecek2018/no3ToGroundwaterInorganicFertiliser.py,sha256=T7_-Gj28zscUKG7TdPC1L7axq-xTdKfoKO-X4Pw8tLk,2456
hestia_earth/models/pooreNemecek2018/no3ToGroundwaterOrganicFertiliser.py,sha256=WjUmqj1rDxu2nhaNSmPhy2CgYPXVx-E5_LQ1SMU0s08,2446
hestia_earth/models/pooreNemecek2018/no3ToGroundwaterSoilFlux.py,sha256=n0BkWWMuMjcwcvCBnSb5DFcmcAyjmUjhcGgeP3N3hF8,6095
hestia_earth/models/pooreNemecek2018/noxToAirAquacultureSystems.py,sha256=WooPmoPArLPSK-nQXZEiZ__g2f1AmH213poIIYc5ix0,2871
hestia_earth/models/pooreNemecek2018/nurseryDuration.py,sha256=putyxvfKICmXQENzZJuEEFLKlc_6EeyusLCCVK7I6Oo,1180
hestia_earth/models/pooreNemecek2018/orchardBearingDuration.py,sha256=hhmH6PVkKIAas5y0b1psNagSl3px1kjHzM4RjDcWGew,1422
hestia_earth/models/pooreNemecek2018/orchardDensity.py,sha256=pV3gjtNZ-zbmoKJ7JqLyLz1DLkAt4ycLEXkdKhTlRAU,1178
hestia_earth/models/pooreNemecek2018/orchardDuration.py,sha256=UCXw_1XtaaL4h9SQJZ--m-iwisN8_Ri6wMAzfVzvCws,1180
hestia_earth/models/pooreNemecek2018/rotationDuration.py,sha256=sXoWTcTJEwMSh11B2DlkzHqH_Ebtch24cxV3rPxlUec,1233
hestia_earth/models/pooreNemecek2018/saplings.py,sha256=Uj_X6JbuM6zl9mIELHwtA68yf2NOcaGK9vY1yFeq43E,1798
hestia_earth/models/pooreNemecek2018/utils.py,sha256=LcGA8g42XD2xuiF8IFAOYdI5YHG4l101xD_XH9AiSdI,851
hestia_earth/models/recipe2016Egalitarian/__init__.py,sha256=OvZoSgfaMe6DWIdqr-Sx3ouzXlp994oro7Mi0Xid18Q,422
hestia_earth/models/recipe2016Egalitarian/damageToFreshwaterEcosystemsSpeciesYear.py,sha256=b1UZAsy3yGlHYxH2YhBhhSnjm5zzQl8Z32DcQBjgWNE,1123
hestia_earth/models/recipe2016Egalitarian/damageToHumanHealth.py,sha256=dJ8WinGe52wFQCMKtT_B7c1MFM_GbBo8aqfw0n2pw94,1087
hestia_earth/models/recipe2016Egalitarian/damageToMarineEcosystemsSpeciesYear.py,sha256=R5IEIrFNeOnQ7ohg7hl6Vm2MyHRCCKc0zuRFUEMwOYQ,1115
hestia_earth/models/recipe2016Egalitarian/damageToResourceAvailability.py,sha256=mvh0TKu5Xxofv5Ts_ZMm-o2gRlK4A-9e6Qf_QvyLQvg,882
hestia_earth/models/recipe2016Egalitarian/damageToTerrestrialEcosystemsSpeciesYear.py,sha256=B8Satbb0D-wcGAFQTXifayXV74qrpperIuwQ0bpHtIg,1125
hestia_earth/models/recipe2016Egalitarian/ecosystemDamageOzoneFormation.py,sha256=9WJsG565OQehmKWYQjGEwtDpvmvZ23ColvUuPOlVFyA,1708
hestia_earth/models/recipe2016Egalitarian/fossilResourceScarcity.py,sha256=BRXK5UNULgKBYurWtKfuclukrmh0-xAx4ReCirWSdBA,868
hestia_earth/models/recipe2016Egalitarian/freshwaterAquaticEcotoxicityPotential14Dcbeq.py,sha256=iayTbTwJCJNLGm54MjDrfVQwL0inr1-7oYh9s92QYlI,925
hestia_earth/models/recipe2016Egalitarian/freshwaterEutrophicationPotential.py,sha256=HftHQWHZWp0mD2H0QG1eHQR5cZXY3sWLET_PZw48n_c,1003
hestia_earth/models/recipe2016Egalitarian/humanCarcinogenicToxicity.py,sha256=HRjmJSRwbOfjxZznphWjM24SzunXPPdFZMwIZyRE0fI,910
hestia_earth/models/recipe2016Egalitarian/humanDamageOzoneFormation.py,sha256=KPXJvsoUyqSnQEwHXXjsQggGdFm-qthd1mwLnbubaAY,1696
hestia_earth/models/recipe2016Egalitarian/humanNonCarcinogenicToxicity.py,sha256=qE4l-gOZfeZF_bV6CsJwAr-CIg2KN2vaO-2PFQyuNL4,916
hestia_earth/models/recipe2016Egalitarian/marineAquaticEcotoxicityPotential14Dcbeq.py,sha256=B8ffbFm86bXihG08kHm2KVAKKXjNFLxBBwZYcp5MalU,917
hestia_earth/models/recipe2016Egalitarian/marineEutrophicationPotential.py,sha256=dJuJcCIIVkbKXws54-Vh3Q_mhf5z7DZOoZMdnc1oxu4,995
hestia_earth/models/recipe2016Egalitarian/ozoneDepletionPotential.py,sha256=N_lc07MuvHvOSCwaSVkqbgTEM0aCYyB5lVx9_9Kt5G4,1000
hestia_earth/models/recipe2016Egalitarian/terrestrialAcidificationPotential.py,sha256=1vOYIkAZTvGfkoGgehgk7ghL9B5OKqSsB4ooU_1Y0D8,1005
hestia_earth/models/recipe2016Egalitarian/terrestrialEcotoxicityPotential14Dcbeq.py,sha256=aDM1G_3iF3Tteg_FsnLVVHaF7-92i42BB2I8hT2L1eg,920
hestia_earth/models/recipe2016Hierarchist/__init__.py,sha256=SUptSlNCOyEd6WwzAR1HbZZ0F0h6eYSEBX0qw_UoGRU,422
hestia_earth/models/recipe2016Hierarchist/damageToFreshwaterEcosystemsSpeciesYear.py,sha256=DhKU8dCRc5GumYqsQcMQml49kSq3R-WfPV444wBn_Y0,1123
hestia_earth/models/recipe2016Hierarchist/damageToHumanHealth.py,sha256=T1Y97MRoSNjthARE3Vbv2P1TEgOVFrjWAi0b0dU8SLE,1087
hestia_earth/models/recipe2016Hierarchist/damageToMarineEcosystemsSpeciesYear.py,sha256=GJDOm2zrj-eS8HpJPDnd_vg0fX3sx1BiYKU7KfS-vtA,1115
hestia_earth/models/recipe2016Hierarchist/damageToResourceAvailability.py,sha256=KKF4cEwPZ9JKyxPiSCJIRbDuD4dIbN7KuILQddpS0Bk,882
hestia_earth/models/recipe2016Hierarchist/damageToTerrestrialEcosystemsSpeciesYear.py,sha256=n_2h8KIzQQJlXYIEXLZNrwPShwZ18eeENZhd24HxpNs,1125
hestia_earth/models/recipe2016Hierarchist/ecosystemDamageOzoneFormation.py,sha256=k-CKE56qBpBPjCLSROhBQl-40CY1ASog56-XQrz-u5o,1708
hestia_earth/models/recipe2016Hierarchist/fossilResourceScarcity.py,sha256=djjyZPQaOx062jku_vSEKycA4fbQxLcOuTkZqnqs8Nc,868
hestia_earth/models/recipe2016Hierarchist/freshwaterAquaticEcotoxicityPotential14Dcbeq.py,sha256=bi6y9M7j3dAN9sg_kkTGA8gXb_EkpBQPACMvUaUxvbo,925
hestia_earth/models/recipe2016Hierarchist/freshwaterEutrophicationPotential.py,sha256=fDUKT3mec9YyaeVtjJVDF3DrJ2mYNsBqD0JTUsiTUhc,1003
hestia_earth/models/recipe2016Hierarchist/humanCarcinogenicToxicity.py,sha256=g2PB1lhltJb1qA4hToP2OfveJdHc8w1qTJBblIz_EZE,910
hestia_earth/models/recipe2016Hierarchist/humanDamageOzoneFormation.py,sha256=9IRJVIbvlRZAjWMryaDDhgJSeXmN2I_OoEBUdp2Pi24,1696
hestia_earth/models/recipe2016Hierarchist/humanNonCarcinogenicToxicity.py,sha256=UzgAOBC1-wrOZmR5KNTn26C5SyqTz5z3eXWgLDZLo9w,916
hestia_earth/models/recipe2016Hierarchist/marineAquaticEcotoxicityPotential14Dcbeq.py,sha256=QZWvVpPomYb24_u3JJ5stgN43EF23hkVEqVigOu5GYc,917
hestia_earth/models/recipe2016Hierarchist/marineEutrophicationPotential.py,sha256=UvxVjJjXn9VcXIfPjSn5ghqNXBPfWaJSBr7Lm-QK3AY,995
hestia_earth/models/recipe2016Hierarchist/ozoneDepletionPotential.py,sha256=Rug82qV9OrnGZuMMXJxa9vUvdGCqGXw-0SQyNBmuCRo,1000
hestia_earth/models/recipe2016Hierarchist/terrestrialAcidificationPotential.py,sha256=YSoppm3MsRvywKJB6Lg7iEnZ1uPrR24ssAH_Tga1Cxk,1005
hestia_earth/models/recipe2016Hierarchist/terrestrialEcotoxicityPotential14Dcbeq.py,sha256=fKNQaL7DajSJvqg5l9vzbFI1WleA4oENLkvfEFzgKHs,920
hestia_earth/models/recipe2016Individualist/__init__.py,sha256=aWglxUWH9B1IxbF8EU_yWPzeXTp9k7sydTJIo2V3hkU,424
hestia_earth/models/recipe2016Individualist/damageToFreshwaterEcosystemsSpeciesYear.py,sha256=VLkJg60qNhwW76X3pdssmxWErv2qYRy3C_5WDh6NrDQ,1127
hestia_earth/models/recipe2016Individualist/damageToHumanHealth.py,sha256=HC3CX2BQlZ2X_SCHY7xCsvv2ZesHkky6bjsg8gDkKS4,1091
hestia_earth/models/recipe2016Individualist/damageToMarineEcosystemsSpeciesYear.py,sha256=6WQZOVcUoeD4-0CewNPdpRFRpR1TqNQAXoy_IEhZc4E,1119
hestia_earth/models/recipe2016Individualist/damageToResourceAvailability.py,sha256=HT2iPiooZG8OmUQfDnlWvYYI9oRsP1HPDLM6yS_QyaY,884
hestia_earth/models/recipe2016Individualist/damageToTerrestrialEcosystemsSpeciesYear.py,sha256=e1h-shoI57egY9WZDy0Uecb4qXN2aBOX6vKZvK3GM7E,1129
hestia_earth/models/recipe2016Individualist/ecosystemDamageOzoneFormation.py,sha256=0CqHDUhqBoxekv8w5D8DVpVj-bJjZQ3RavhpW9d3nNw,1712
hestia_earth/models/recipe2016Individualist/fossilResourceScarcity.py,sha256=pLwL-Pr5051N-FekvHjCMqgLmUYrakbUeZUSzG7hsDk,870
hestia_earth/models/recipe2016Individualist/freshwaterAquaticEcotoxicityPotential14Dcbeq.py,sha256=ojHzQCo962MEl_eM9EVSPjohU0NHA-72ExHgzTBIMVo,927
hestia_earth/models/recipe2016Individualist/freshwaterEutrophicationPotential.py,sha256=U9JTErmx_S5hqQAkKyzvIsYG_jpVHAxcVRySdz8Mysk,1005
hestia_earth/models/recipe2016Individualist/humanCarcinogenicToxicity.py,sha256=phjoWrQlppfQEsnCYNRMMghFaPR24sfk0lX-HSrPq8s,912
hestia_earth/models/recipe2016Individualist/humanDamageOzoneFormation.py,sha256=A6eZxn9NibzcoaVfJv8V4tJlbds-IyiZC-JwVqNWOuM,1700
hestia_earth/models/recipe2016Individualist/humanNonCarcinogenicToxicity.py,sha256=_pgt0YlQ3N0xISQG3US2mpZKjU32vXt-AvIWTZn5esA,918
hestia_earth/models/recipe2016Individualist/marineAquaticEcotoxicityPotential14Dcbeq.py,sha256=w_QwaPEXMKOfrTqZen2LVGPZPLFoTflGYYaXLXtdy98,919
hestia_earth/models/recipe2016Individualist/marineEutrophicationPotential.py,sha256=ML2Sr2o_RPJiNUWEgjH1KFz3a8ak7Wvcu6hIiM2pR6k,997
hestia_earth/models/recipe2016Individualist/ozoneDepletionPotential.py,sha256=ofx6CbEGOlpqhZq7TUvgkB3Y_jUECh8Rqj9snJEY7PQ,1002
hestia_earth/models/recipe2016Individualist/terrestrialAcidificationPotential.py,sha256=f_qfg2b0958L4M3hx8PsfE5N02siz64n-RtpqsmgTdM,1007
hestia_earth/models/recipe2016Individualist/terrestrialEcotoxicityPotential14Dcbeq.py,sha256=65sa2ljQ5UNVM-FVI4rDZQCZY9YlgwiMmw6xZTTM3Qg,922
hestia_earth/models/schererPfister2015/__init__.py,sha256=_6FJKfWeAbbS3jFzQ8gEVzoX1LZdPWUTLrow6Hz90U0,419
hestia_earth/models/schererPfister2015/nErosionSoilFlux.py,sha256=8-H8vx6WpIfu6hv1VeVWqKj7fmhboquz6NZIhW7Jac8,5061
hestia_earth/models/schererPfister2015/pErosionSoilFlux.py,sha256=bw-25Ro9z06f0fgRDSkXoQ9ltvJuTWLnQWNDx74G1x0,5166
hestia_earth/models/schererPfister2015/pToDrainageWaterSoilFlux.py,sha256=XzzyoQ_DX6iMNlwYjAkbECo_MjVcl1i-H3nl9VFV2WQ,2111
hestia_earth/models/schererPfister2015/pToGroundwaterSoilFlux.py,sha256=Gt3YdTCu7uGz4rugpGza6H0XkCU7hs3rk1UYKDVkfPg,2109
hestia_earth/models/schererPfister2015/pToSurfaceWaterSoilFlux.py,sha256=bzgtCAtX0D5cRqoL24Ukg2IDr00Up7Ji4m1QQ9fJ-9w,2741
hestia_earth/models/schererPfister2015/utils.py,sha256=LEvz9guqto0kuF5rXcQjgYsD3CvEmORvJQqRA1f7uMI,3130
hestia_earth/models/site/__init__.py,sha256=aVuLLhq0OQVm-_MZoq4JAKMidqexUWJBg_7mmojmDzc,405
hestia_earth/models/site/cationExchangeCapacityPerKgSoil.py,sha256=wEcycTmazTrCzXKoqBVhpKW_4cUmp3wWlxDBDSW1GKg,3406
hestia_earth/models/site/flowingWater.py,sha256=ZPeXd2tNYgG24kYOGQZM9lrUzCi9nZsabvHJsaH0hy4,1796
hestia_earth/models/site/netPrimaryProduction.py,sha256=mwoQcjYkCbHxzZ8PhFN7RtjwKa5igqkICpNVJq08lYc,1901
hestia_earth/models/site/organicCarbonPerHa.py,sha256=_duLpVHx-rx0f1I5IzreDp9LulC0JULrX63bm2W_tcM,3905
hestia_earth/models/site/organicCarbonPerKgSoil.py,sha256=zY9QUho9jhaQK-X0x_DszZOoj-Ol8NzNcASk-Ix_qEk,1870
hestia_earth/models/site/organicCarbonPerM3Soil.py,sha256=r-rDBLr-h10__csvlWreoe2MVBpMT5MMmokZVLRJ7Iw,1870
hestia_earth/models/site/organicMatterPerKgSoil.py,sha256=VXXLt9lBWkNR8xY4tGOi9DmiaRBKydbevwJ_HL2JNf0,1870
hestia_earth/models/site/organicMatterPerM3Soil.py,sha256=-tZFAjZBTLwsIjuK53qB7P0GGilR84OL0AoU57S2L-8,1870
hestia_earth/models/site/potentialEvapotranspirationAnnual.py,sha256=xVs9Uj5JML_WpsuNXb3Zx5iYPzwaWWoAoMA09jBplXE,2185
hestia_earth/models/site/potentialEvapotranspirationMonthly.py,sha256=KNdsVxtK2szjiTSoR7B64MhHNEDu5SK5MW2MkArFwMQ,2063
hestia_earth/models/site/precipitationAnnual.py,sha256=CD1mqlgPcgyyLks0SGJlHLlzD2q4-TWMsEYSIID278U,2143
hestia_earth/models/site/precipitationMonthly.py,sha256=Nsm2WBMtN6nkzT9M1lWJOfw9RsJAH6s10CRUxTZLd-k,2021
hestia_earth/models/site/rainfallAnnual.py,sha256=ITnantpPHzW-hn8_98WswJEoA8Et2GXYzzAd3fDyXsM,2128
hestia_earth/models/site/rainfallMonthly.py,sha256=EXdHb__E2MbAaNaSGiLvmItvkhXex46F3BwQMVgCflY,2006
hestia_earth/models/site/temperatureAnnual.py,sha256=PmzGmtpEEw1Bj0zqUGEk0tHRuDSxI2L12nNiIHNPbtE,2137
hestia_earth/models/site/temperatureMonthly.py,sha256=CQmnt5RUSrDheS3XOXtoRUR97FF0zQYcxtxThSRA8IM,2015
hestia_earth/models/site/totalNitrogenPerKgSoil.py,sha256=8QuxrLnx34tC0V28ii9law0FhenNL8nqqqtubIlsWOM,1990
hestia_earth/models/site/utils.py,sha256=OwIssRsL0XwSZb2_SfucSUkqQ-4TOaMbNSHYYaMfM68,3485
hestia_earth/models/site/waterDepth.py,sha256=N9hqJF3Z0QbJvr6EfkzDH1MyfydtKvppWA2WsUvItO8,1361
hestia_earth/models/site/measurement/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
hestia_earth/models/site/measurement/value.py,sha256=7IhUbIj7n5vB7yXoNxXsWbliEJjg1Ww3T5g_P2IyNCU,1661
hestia_earth/models/stehfestBouwman2006/__init__.py,sha256=EhvD4NK6oEPevusLb1WdYV3GT_fCtQx4gvdMhK_dEIQ,420
hestia_earth/models/stehfestBouwman2006/n2OToAirCropResidueDecompositionDirect.py,sha256=fDreKAvXuM8g9omjOrbrHRdyTvBRMaDVSNeUPp6-rwg,2720
hestia_earth/models/stehfestBouwman2006/n2OToAirExcretaDirect.py,sha256=kQf-fX5-ILP6tzGQ9r7K5sQlU1rVOmYk6TYF6UPxfI8,2665
hestia_earth/models/stehfestBouwman2006/n2OToAirInorganicFertiliserDirect.py,sha256=MPLtPiFPpXpUF6Q_SloI0utq9HElayUC6j3fMRNnIiw,2727
hestia_earth/models/stehfestBouwman2006/n2OToAirOrganicFertiliserDirect.py,sha256=1307lIna1wGFKvqIwkdVrPViblEdMsEl3gjZEtp7HgQ,2719
hestia_earth/models/stehfestBouwman2006/n2OToAirSoilFlux.py,sha256=Ja07OdVGPp8jtCit-lCqdj5VJIsbMUr2A-hfOLv-7m4,7270
hestia_earth/models/stehfestBouwman2006/noxToAirCropResidueDecomposition.py,sha256=hiEFtcLwFAVOZDCHcpGPlNMSvxXzg5hgSPPn3BygFJM,2383
hestia_earth/models/stehfestBouwman2006/noxToAirExcreta.py,sha256=IgPDyDSc3QoYSXvCodZUwLRhmBjE_GieBXPMr8xYO-s,2328
hestia_earth/models/stehfestBouwman2006/noxToAirInorganicFertiliser.py,sha256=KTUaSXLgCi4_STiQ1PvddJPp2otoD--TwXseNWxbS-Y,2392
hestia_earth/models/stehfestBouwman2006/noxToAirOrganicFertiliser.py,sha256=ZJyxGiGE-fYQZfOA1QpEi9mAhc98r0KCtF5hrAtH6kw,2382
hestia_earth/models/stehfestBouwman2006/noxToAirSoilFlux.py,sha256=1n9E3QmKWdlyV5pkqFx-pk4uFzPH6Lzp3lGaKWtemZ8,4883
hestia_earth/models/stehfestBouwman2006GisImplementation/__init__.py,sha256=hPufyIt8yDk35sR669ywh3YH3FhViWi5PC5WD9d39WE,437
hestia_earth/models/stehfestBouwman2006GisImplementation/noxToAirCropResidueDecomposition.py,sha256=6xgbLMLL5YEatTwMkexo-STyXlfhH_lF_y11WNVAl50,2098
hestia_earth/models/stehfestBouwman2006GisImplementation/noxToAirExcreta.py,sha256=x8FPELI7dXZvcn_gUwrzz2ch6Ydckq7J-MyIseqYeCg,2043
hestia_earth/models/stehfestBouwman2006GisImplementation/noxToAirInorganicFertiliser.py,sha256=1vSn31Bfr9FC2XZAUvavXvwnR-jYQNJMMqelt1A3-ok,2114
hestia_earth/models/stehfestBouwman2006GisImplementation/noxToAirOrganicFertiliser.py,sha256=1QmiJG8DU_AdHvMZD6oO9GdjpV_opFAI601by0QwQA0,2104
hestia_earth/models/stehfestBouwman2006GisImplementation/noxToAirSoilFlux.py,sha256=qXCOd5G_ucpTeDXRcf0sO9plfp3SDLlWVJzSgx32WV8,3472
hestia_earth/models/transformation/__init__.py,sha256=63Y_fXFBn4sX2l7F0hMsWkgIvxk5Tw9XoDBQr6bUBQQ,352
hestia_earth/models/transformation/input/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
hestia_earth/models/transformation/input/excreta.py,sha256=npOQbJNloRx46iN__eROQrLd5JwQ0vyjWX8mOKEdA7E,4167
hestia_earth/models/transformation/input/max.py,sha256=epoVopKlKl7epxwz-iLTfmnCHBjmOhiBMhGEQB8-LtU,1574
hestia_earth/models/transformation/input/min.py,sha256=E3o7Fpoyx-DVrFk_QzQrs24kwvCX9Ylb4mvCoUOwtcw,1574
hestia_earth/models/transformation/input/properties.py,sha256=tIWhpYDzywATe3_NAMQhrL0hMFeeRHnpZWmLcRsJP8Q,2294
hestia_earth/models/transformation/input/sd.py,sha256=swYhIZZOHES1cci05f09zsPK4kWk9luPb07Y48kXS6U,1568
hestia_earth/models/transformation/input/utils.py,sha256=ViF3thUJ7-upGUTmpFWFJZc9AO0H_-57cQChck89OLo,1302
hestia_earth/models/transformation/input/value.py,sha256=mU6Cs4E0RDNkhMQmXoQHn2Qn_YwU3zLQ-M4RXkI83YI,1586
hestia_earth/models/transformation/product/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
hestia_earth/models/transformation/product/excreta.py,sha256=m0zg-GlfyB-R3epWhenJBpCpXaQuczHyJD77DHOQnwE,5623
hestia_earth/models/usetoxV2/__init__.py,sha256=pK37V3H-KvYcvRKw4Mv8CWrB2N0LFLzmv0jKLdhGGqs,409
hestia_earth/models/usetoxV2/freshwaterEcotoxicityPotentialPaf.py,sha256=prp0wzAtEInGN0P6kcMR7JsaWxuZHgVH-_N1h37B-Mk,898
hestia_earth/models/utils/__init__.py,sha256=gbP_MsejrnTFbWoympqK8swgIistKdY-GCIUegfiiik,4160
hestia_earth/models/utils/animalProduct.py,sha256=JA-xGQiwsz-VPR_8UfI5hKa918bpQOWIok3--b_iVuM,681
hestia_earth/models/utils/aquacultureManagement.py,sha256=3uSTSMDNNPa26NTJGZCYwByv3QZVyxj6bh2aFCoBzHk,126
hestia_earth/models/utils/blank_node.py,sha256=ulsH_K9_spPNFUulySRHejFtOS_D-U0WaY1uQSNw9gA,7828
hestia_earth/models/utils/completeness.py,sha256=Kq2ynn9Nw0e0RB8IW8fdk_feRiCcC0dc8unoBmFwcnY,480
hestia_earth/models/utils/constant.py,sha256=jJf0dhkbKmZl5L-qC2r9nOfLdNKgaZWhpSYtHMj_zb0,3158
hestia_earth/models/utils/crop.py,sha256=j7fV2MZsZ8KpDm-wMjv_zRLadRtjC4vv85i4BB1iQfQ,1510
hestia_earth/models/utils/currency.py,sha256=f_ArJANb--pZq4LL49SXQ1AMX_oKroqwBXKRRQqZwsM,578
hestia_earth/models/utils/cycle.py,sha256=t_eC2ZhdWzYZ63LQwd7r77KUiaO7eQFjBjwqKZZh4Fk,16632
hestia_earth/models/utils/ecoClimateZone.py,sha256=NHFt-A9EiWXC6tUNIxkgOWUZOjj4I4uwJIP9ddDZegw,1112
hestia_earth/models/utils/emission.py,sha256=W0yCUnr_FQB5f6-SF6skoDC6MzC6zglwNrKWTPYCUdo,748
hestia_earth/models/utils/excretaManagement.py,sha256=NuWPQjFZxMVt9sYgBjcqhGWCFk_OKb3sA9Ovcff3fRQ,428
hestia_earth/models/utils/fuel.py,sha256=O2LNFn235-KnCdxCMNuRp0YQFXX1c9QgbxIwD2MjkcI,1270
hestia_earth/models/utils/impact_assessment.py,sha256=H1_cvLwC8nb3A5ckS9uvWrLqUDU_9i9BdQiPpn52xIg,6890
hestia_earth/models/utils/indicator.py,sha256=fPq38ifd53xWbuOfoiVwiA0Nwa7jVPJLSAPpOMMil8Q,423
hestia_earth/models/utils/inorganicFertiliser.py,sha256=zJpNvDNaEsZ2T_V4APAQy4rmnLff4FvTiT-VfNFkKF4,1520
hestia_earth/models/utils/input.py,sha256=CsoMC_Jjnifl5mjPWhWOBhiHmNI5IGWRfPjshOV1Ipg,6798
hestia_earth/models/utils/liveAnimal.py,sha256=u_Lym0hVinncCZMYF_KscCA3vuelWmlyHn4I-jVRDs4,1505
hestia_earth/models/utils/lookup.py,sha256=Tno_-_Q5FKayU3-ZIeIXbOh49V9Go-IDX7qoFbUDefs,5398
hestia_earth/models/utils/measurement.py,sha256=v2MOXkpCNi1NWjLYqYE7Z9FstI4D1m-y3cibquqfkKk,3396
hestia_earth/models/utils/pesticideAI.py,sha256=gZOSRG8HSvvYs2h4QZalix_kYjmCoHBjjQ--Q9L9JzI,1353
hestia_earth/models/utils/practice.py,sha256=tNadOzsrNlCEt801B815XaruJXzZ5yPASam7B3sWpXE,1091
hestia_earth/models/utils/product.py,sha256=RUuEkYdPJvbdCAdYX0O5DO9R_bBErvp2ql4dT8Yzx1o,9840
hestia_earth/models/utils/productivity.py,sha256=bUBVCZInGqHuHZvHDSYPQkjWXQxOtTjEk-1-f_BsFOo,594
hestia_earth/models/utils/property.py,sha256=6JiELxqqs9sqFPv-xQHewdtmalJHhk61t09b57UiHAY,4469
hestia_earth/models/utils/site.py,sha256=Nxf4_ANN1_QcxQEwlaL1tFyR-lDUypOBezBJcGmztL4,2725
hestia_earth/models/utils/temperature.py,sha256=ljlG4-yCgFFb6LRZweb18cZKLrr7K2mqd4E4Hz_D1f8,476
hestia_earth/models/utils/term.py,sha256=Es4AMaD-sFL9-FxTDB9OSLd-xno-ZMHSorDKsUzTr2E,12095
hestia_earth/models/utils/transformation.py,sha256=nyT5Mz4_VgFwhkL8JoNX9kxxow0zuxzsYl3W8xOu2p0,370
hestia_earth/models/webbEtAl2012AndSintermannEtAl2012/__init__.py,sha256=Niv7ZFMBCwThlbCKGOwA17QdkpOUDFrqrFItGNqnZAA,434
hestia_earth/models/webbEtAl2012AndSintermannEtAl2012/nh3ToAirOrganicFertiliser.py,sha256=fcqomqaWp4BNh937FdC5M-WrhBovtoH-pdUlCnkz7TU,4061
tests/models/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/test_emissionNotRelevant.py,sha256=YXTdRfcdR_JepHuj2P3Y3r0aFMKNOmsXQHY48tmLTQo,1316
tests/models/test_linkedImpactAssessment.py,sha256=1ZBYze1I0vlgwfL0Q-ZNIqXUskAnzQROqllYYBNwnfM,1154
tests/models/agribalyse2016/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/agribalyse2016/test_fuelElectricity.py,sha256=u_wNlqngJc8NELPr16kYsYQ-_2PcL8BnrfJucY7dccU,1353
tests/models/agribalyse2016/test_machineryInfrastructureDepreciatedAmountPerCycle.py,sha256=1nPW_E9wzfVDqSVgdrV_o_azU4tgVtoQSDcaoNq8Oto,1154
tests/models/akagiEtAl2011AndIpcc2006/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/akagiEtAl2011AndIpcc2006/test_ch4ToAirCropResidueBurning.py,sha256=7UsY623XO_UPrOFHql6NF8jpzwZUHhAndZ40tp3gAMs,1507
tests/models/akagiEtAl2011AndIpcc2006/test_n2OToAirCropResidueBurningDirect.py,sha256=GvjzYcVsFYdq7AxpSBoLN1DftWhluoL-D3IyIdh4b7w,1519
tests/models/akagiEtAl2011AndIpcc2006/test_nh3ToAirCropResidueBurning.py,sha256=FRjgCjtEDHO6l7qBsD-BfPhH5mWurAn8QCEr01S5B2I,1480
tests/models/akagiEtAl2011AndIpcc2006/test_noxToAirCropResidueBurning.py,sha256=Jy2ltPv7FXOtVahqBR2KjUVsfJMEaIu17leay9FGUfk,1480
tests/models/akagiEtAl2011AndIpcc2006/test_utils.py,sha256=sCkqGJU8RGwHaxlwiyx2YtYHsQQVlTo3Z6lkRJjfHiI,941
tests/models/aware/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/aware/test_scarcityWeightedWaterUse.py,sha256=JmwOQFxcFm45IKn_aJU1K6o8Cp5w_wllcRDAhwbXMj0,2278
tests/models/blonkConsultants2016/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/blonkConsultants2016/test_ch4ToAirNaturalVegetationBurning.py,sha256=8PeMqiGukNhew__GTZiwHC1ripOxvezdPmus_NFhqo8,1174
tests/models/blonkConsultants2016/test_co2ToAirSoilCarbonStockChangeManagementChange.py,sha256=Y9zJT-My5pvHrwfB54ViSsgV-bMc-wEZpX71PE7Lg40,1176
tests/models/blonkConsultants2016/test_landTransformationFromForest20YearAverageDuringCycle.py,sha256=0VrYyvnKnfTpElwHLKp2YxXXTQIbv5q8x10NCaZjzTs,1198
tests/models/blonkConsultants2016/test_n2OToAirNaturalVegetationBurningDirect.py,sha256=JBDTKbPaP-enQLi7281NRDjgO_HtkWuQzREN3kyO5qU,1180
tests/models/blonkConsultants2016/test_utils.py,sha256=9OYZVBui1pauU-ipisUGzQc9johzMYDkXhqYpCWROnU,456
tests/models/chaudharyBrooks2018/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/chaudharyBrooks2018/test_damageToTerrestrialEcosystemsLandOccupation.py,sha256=zHIig6bQWb9XxAjcS-jRXQZxRfG5DwpTLNk9lCD_KMw,1908
tests/models/chaudharyBrooks2018/test_damageToTerrestrialEcosystemsLandTransformation.py,sha256=lcyMTaNMbIjzZrbPxejujfYyAEj2XOH5Ei9pmAQAi7k,1912
tests/models/chaudharyBrooks2018/test_damageToTerrestrialEcosystemsTotalLandUseEffects.py,sha256=NTc3PZZRc9ZqGpaARdbuzLWR5bB0HCPw5AMdGmwVsRg,704
tests/models/cml2001Baseline/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/cml2001Baseline/test_eutrophicationPotentialExcludingFate.py,sha256=ZIIx_EiYbUxUoAS7NuQrxqwTFS3rXQm9_1AsqF_bhB8,894
tests/models/cml2001Baseline/test_terrestrialAcidificationPotentialIncludingFateAverageEurope.py,sha256=t3WBdg_aTYSLfaqeXUDyvQJ8ZqbvKwv9RKaZyRzj61k,925
tests/models/cml2001NonBaseline/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/cml2001NonBaseline/test_eutrophicationPotentialIncludingFateAverageEurope.py,sha256=Snt0zwI1fF2_ome79rTRZjl5Oc8dZfbcqX8lXwxabVs,910
tests/models/cml2001NonBaseline/test_terrestrialAcidificationPotentialExcludingFate.py,sha256=zytN80ZmXjLBSiXPj_G0aaMyMx1aVukJaGouZQDMLBs,907
tests/models/cycle/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/cycle/test_aboveGroundCropResidueTotal.py,sha256=sXT7dXa15p0jtsofec2hKBn2TJQB73dcKMGQqtTIeX4,1171
tests/models/cycle/test_coldCarcassWeightPerHead.py,sha256=9gz3FvU_3rUelYg3sxP1cUxl3A0wJhCxZG5a6Gs4Xu4,1339
tests/models/cycle/test_coldDressedCarcassWeightPerHead.py,sha256=it1KgCPKTmToxgA-yS9vbSPxbhRipkPU3WAZQDIV3Fs,1353
tests/models/cycle/test_completeness.py,sha256=KPUYSISBC72vA1NKF91-_hW3hpj26f8JDRzZFBrQ4k8,1535
tests/models/cycle/test_concentrateFeed.py,sha256=tgkThL4g293CexLvb89ftO9UqUbHhNOxiP6QMmsqCCo,2013
tests/models/cycle/test_cycleDuration.py,sha256=jD9L6eGwi0woUMpqcGm6MxP_Wvh_H6FCSmiHME5eOZc,1296
tests/models/cycle/test_energyContentLowerHeatingValue.py,sha256=96QQXbuNPySy7TB76DHg1DoC2YsXp32tpnBM39VJ2Bs,1114
tests/models/cycle/test_excretaKgMass.py,sha256=ckKOnHzMVcAvn6KsPr7FHxcDj-5pMjiuEaQVB_Spv-Q,2901
tests/models/cycle/test_excretaKgN.py,sha256=PhOSBTXdsFY7JBnnvvyrt7mtA69rj9OyNCBzHpdumdY,1066
tests/models/cycle/test_excretaKgVs.py,sha256=4GfnANksSYgLhMilN9s0bmzXnb2_8Frfb6KmbeaCdnY,1069
tests/models/cycle/test_feedConversionRatio.py,sha256=-AYmrUGxfssgM__oFcs1yxrQh3qhjl0Vo9lPeV8dTng,1727
tests/models/cycle/test_inorganicFertiliser.py,sha256=c-JDYC0qDK4JWlYDaGX53AcKfetz_YifSfdhy-v-WMo,642
tests/models/cycle/test_irrigated.py,sha256=B90RztnBWZjCIKJO7267MIzzT7mXSsfQyzWDI1YxfJo,2136
tests/models/cycle/test_liveAnimal.py,sha256=7fRPgEnIwcir-tYwUNnr6gc2e5_vnZi-t8EuuiPioeM,2139
tests/models/cycle/test_pastureGrass.py,sha256=hNRjBLYXGybzHPMfBOCgcRjGkDBmW0k_G6tn9TLrycY,1025
tests/models/cycle/test_post_checks.py,sha256=yeUm-uZ4Om8poct2TgpFQEy-Hg72LNacyQcQ2Qh4Yyw,286
tests/models/cycle/test_pre_checks.py,sha256=ZFQOq6vIe-xMLisvSsJAPjt3XIgKk-x3G5cFJIzfOWc,284
tests/models/cycle/test_readyToCookWeightPerHead.py,sha256=CREqaU5rmlYBUwmTj5vvIHHda4_MtClmW7zhXpbbHbY,1339
tests/models/cycle/test_residueBurnt.py,sha256=eBAzGR1210cBYH_s6oI1yCG6tVKUj9gGs2LnN_q6Iq4,1272
tests/models/cycle/test_residueIncorporated.py,sha256=3bTm64-QGaQGz8SG53NKKN-apP6Go_HQJqOPdCjk_gI,1293
tests/models/cycle/test_residueLeftOnField.py,sha256=_8CoSp-7z3BBLGN5Hv067FRYz8yDFw5fi_Cu5n6Rl3g,1290
tests/models/cycle/test_residueRemoved.py,sha256=R5v8lwGyz_4a9_X_LnugBEmgVgcisS5LTM5GFCtKIco,1278
tests/models/cycle/test_siteDuration.py,sha256=3VS9oyEey_dkaIaKtXfnxfARkfSmZbbM-Px0_lvqxQM,881
tests/models/cycle/test_transformations.py,sha256=Ws_8KhNqeHogGFXTQ4qZXQ5Ph2I3ZUaY0yO1itFUHLk,464
tests/models/cycle/completeness/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/cycle/completeness/test_animalFeed.py,sha256=J52m1kInw8mPE_pwx0j3QGKI8ZpDGeN2TLqUuArn7WA,348
tests/models/cycle/completeness/test_cropResidue.py,sha256=TzPrnvAQA5GzmwL-bYOLgR3wjtMdKuPx55wT_HHfJ6c,592
tests/models/cycle/completeness/test_excretaManagement.py,sha256=GGKQTZZj_F6EkvTOVjunVixFC584HmsCgPP5H6radc8,345
tests/models/cycle/completeness/test_material.py,sha256=bA1_32wmtdd77cD8vinkIjspZfheQuyeyum1fm-Ei0k,498
tests/models/cycle/completeness/test_other.py,sha256=CBhBfC2zwStD8EaTHRJfPsGJNKcQQjTBUn2Ss7K5eCg,1010
tests/models/cycle/completeness/test_soilAmendments.py,sha256=p9-O6KSyR0BXwbN-6lPA5dUccFehMJM-6QZ3XQzvAnw,637
tests/models/cycle/input/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/cycle/input/test_ecoinventV3.py,sha256=YaGQeKALWvSQyQl47seLhwLLxEF5yIfy4Z-X8-YimGM,1479
tests/models/cycle/input/test_hestiaAggregatedData.py,sha256=TNDlPbZ_m2mmYOyOeamqwPx_pRKSM_rSE8p0ShJw4zM,3481
tests/models/cycle/input/test_properties.py,sha256=wwZS0k7ViTuevnzZNxG-3F-eWbrNBzM6Kvd2KjOpI3Y,1009
tests/models/cycle/input/test_value.py,sha256=NR7KHsqnPnw43BB1efT0KPaszY4DKY293Av-lVde-DI,977
tests/models/cycle/post_checks/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/cycle/post_checks/test_site.py,sha256=In0Q0Tw3w_hV8_uAnOcL_iS2FoI_75lsq7MdoWLa5js,621
tests/models/cycle/practice/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/cycle/practice/test_value.py,sha256=sYPoTkllrEt2oB92uA2q37FFtOjSX49749Nv1pUvqdw,1315
tests/models/cycle/pre_checks/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/cycle/pre_checks/test_site.py,sha256=2JTrsOXVGfNn7FlLiX7DPNs6AHdeZuVvjNZP6SCjEII,694
tests/models/cycle/pre_checks/test_startDate.py,sha256=DEEmXhbN5_RpzXOugRsX17vXQyT-ZmuD6K1S4G6NXMA,1122
tests/models/cycle/product/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/cycle/product/test_currency.py,sha256=r7TA0FDDS9U50-FolEMXESi4pvSmwXnQxAHrQh0lRjA,1222
tests/models/cycle/product/test_economicValueShare.py,sha256=l8jR-V4KTpZB_Zo-_rDPC-m79jmXHE0OBVJBhatSXj4,4419
tests/models/cycle/product/test_price.py,sha256=zmWNdF2P4k2QTje_62NJDklCIwmk2vF8xuOoVzL9qf0,1193
tests/models/cycle/product/test_primary.py,sha256=UfLOOxUkDyeSOmDv4NyN6v5Yf0RO9etZNT797fbCbpA,1862
tests/models/cycle/product/test_revenue.py,sha256=brcr-zPhhLChw3t-oyApVdcMjvyRszDVELMQLi4t398,917
tests/models/cycle/product/test_value.py,sha256=IfkcE8kgrvXg_iIbnoJ3n0CIjlfgg_lHkILQ8u38HVE,963
tests/models/dammgen2009/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/dammgen2009/test_noxToAirExcreta.py,sha256=RWd9QvzmJtN9M6UC6KDHkXwtKvwv0aAfMuI9HtsJLvk,1213
tests/models/deRuijterEtAl2010/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/deRuijterEtAl2010/test_nh3ToAirCropResidueDecomposition.py,sha256=kS1nUBVohOSCb386g6Wq7iVclmx0haekUDYo7VQ4NCA,2030
tests/models/emepEea2019/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/emepEea2019/test_co2ToAirFuelCombustion.py,sha256=HXQTSIkJzCKsb-9fGStkxtkcK65KS3sJlvShW2F6EaU,1450
tests/models/emepEea2019/test_n2OToAirFuelCombustionDirect.py,sha256=vmZAAUkxfJyaRoioEEFmz8EtR3X_MCeaA-0VjjNNmQE,1456
tests/models/emepEea2019/test_nh3ToAirExcreta.py,sha256=VtZFVWaHjqlxdge1Qir-OghNZtfsIJvLpg_8UNp0akU,1363
tests/models/emepEea2019/test_nh3ToAirInorganicFertiliser.py,sha256=tIaekBTAeiaXPRBaYrogKsxlDcEbcX3MlIZMjSqea4o,1674
tests/models/emepEea2019/test_noxToAirFuelCombustion.py,sha256=drCeoaGo6Ag3fdEDDSC3D880OXxzillzHk7rPYcVwmE,1450
tests/models/emepEea2019/test_so2ToAirFuelCombustion.py,sha256=CNaT_z02DHDpBJ2IIkG0K7ra87WBg_iDkhx9QGAjk00,1450
tests/models/emepEea2019/test_utils.py,sha256=UvwhQnBpxgvDRrB7eSJME65a8r6QBaDyE9luw449b6Y,1383
tests/models/environmentalFootprintV3/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/environmentalFootprintV3/test_freshwaterEcotoxicityPotentialPaf.py,sha256=4h9oA9Nj6t4uym90wM_YKSgVNx6voZFJlrIBGjJMagg,850
tests/models/epa2014/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/epa2014/test_no3ToGroundwaterExcreta.py,sha256=ESVz4UURvQfhjGBTxjuAV_bymMBcvGNfLAkYMvNup9U,1217
tests/models/faostat2018/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/faostat2018/test_coldCarcassWeightPerHead.py,sha256=RImhLygwrJ2RoEHjDwhuymvLEitOtNleP_lLoBhiNOs,1736
tests/models/faostat2018/test_coldDressedCarcassWeightPerHead.py,sha256=hZVKMtf-F5Iz7igZVahDJoqzfm2VtcIlwWBPCry7kqw,1594
tests/models/faostat2018/test_landTransformationFromCropland100YearAverage.py,sha256=AkDXj4qNKgbu5xRbw9u_cUibnVSnAK1CN8pc4IjK9fk,1263
tests/models/faostat2018/test_landTransformationFromCropland20YearAverage.py,sha256=L03Xh1QbbXc9yGdMoHGNmyCpu9WKANNiEE73NoBSqxk,1260
tests/models/faostat2018/test_liveweightPerHead.py,sha256=KrjbvyWmnGS-Wy_B5ZSNbo93RlOwQc0ieJ2HEawgkgI,1856
tests/models/faostat2018/test_readyToCookWeightPerHead.py,sha256=pMDcONs0WUvANcJ6_OPF7TBwMF45JGMxFRPNPtHLqVI,1570
tests/models/faostat2018/test_seed.py,sha256=tUXoNVveX0m0ed9UXB4zXxIZsPxktXyUXlbWuUKG0sQ,1705
tests/models/faostat2018/product/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/faostat2018/product/test_price.py,sha256=65K4IwMoAz2giPolZhKWMQifXjYYZr4jSZXfY9g4spk,3543
tests/models/geospatialDatabase/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/geospatialDatabase/test_aware.py,sha256=tbBBvXrOqdO0cMPJTa02UfhlwfosH8iNoJLzZNFs1NU,857
tests/models/geospatialDatabase/test_clayContent.py,sha256=56QuhOUDBwHhVrzjFmDifr6bHgtQExDENlQ1fNi4VQw,1030
tests/models/geospatialDatabase/test_croppingIntensity.py,sha256=iOMy4osfoKWcC7PfEyjMSzWWKhaRpmEWuIoanvqIn_8,931
tests/models/geospatialDatabase/test_drainageClass.py,sha256=XbRQbAjzsHKfPaQH8q4jYM3vuTSXj-OKXYItqoVc3CQ,1032
tests/models/geospatialDatabase/test_ecoClimateZone.py,sha256=6oyITgl1kvgwX_Dc5nyP40V8dCZWe_9jF52_qJTyzfA,1077
tests/models/geospatialDatabase/test_ecoregion.py,sha256=xPEXQKXpF4ghpVwuyZWC-4mmN9qywF-s_QKkmU40H70,868
tests/models/geospatialDatabase/test_erodibility.py,sha256=pdqYhgy93TlzBLnNu8eM55auTSjwcP2r3m3elNVebMg,1030
tests/models/geospatialDatabase/test_heavyWinterPrecipitation.py,sha256=RWJrh50pqJ5XiI2c3VaBxN9WkS2uid7mRSsT3Bi4P3M,1043
tests/models/geospatialDatabase/test_histosol.py,sha256=nen9xizpAs7VOMY8swgZ_I10nZ7WBWIAjG_x-p2eGyo,1119
tests/models/geospatialDatabase/test_longFallowRatio.py,sha256=5P7PzVJ_peKb9SdBNJ2G7vYE-hQMBl7TAtb_CH8ClYE,929
tests/models/geospatialDatabase/test_nutrientLossToAquaticEnvironment.py,sha256=AV7MmbWhCYnTPxZtm79QH8qCR4au7LEfzlh0JmBWG04,1051
tests/models/geospatialDatabase/test_organicCarbonPerKgSoil.py,sha256=3KNtvKHOGizCcqJGVIikCjNe6oNzNT0EmNLmsKUHhC0,1041
tests/models/geospatialDatabase/test_potentialEvapotranspirationAnnual.py,sha256=bqmqB78OG59pjDA7agV9zeEUuI4BWIotyCpGM3kZm5I,846
tests/models/geospatialDatabase/test_potentialEvapotranspirationLongTermAnnualMean.py,sha256=6jn2TsDRvLtmwMdepYOIo23UqGeh-fTDPiOsp4ZZbt0,1072
tests/models/geospatialDatabase/test_precipitationAnnual.py,sha256=wKNON8808fSb0RZuO1h9nsflnIysaX_o7yGB_x_nkJU,832
tests/models/geospatialDatabase/test_precipitationLongTermAnnualMean.py,sha256=9WHknL9o5lYxXHMViF_tAmdOYtRDPVrP7Z94tXE8EwY,1050
tests/models/geospatialDatabase/test_region.py,sha256=i6ZQ_-thrOdguUsa23yDaCNHolemzeVSctMsFMonsas,959
tests/models/geospatialDatabase/test_sandContent.py,sha256=LZUr8t0il1naqP8U4-XlfQE9luiJgcugXDkVfgj-smI,1030
tests/models/geospatialDatabase/test_siltContent.py,sha256=STUpMTN0iQRUyDY1EMd3WA6Rqt9rRzDG10g7z_IvXi0,1072
tests/models/geospatialDatabase/test_slope.py,sha256=DHCbds1jPqELVLhZ0pzXOzvEzveUxIP9fQEibyqzOuU,1024
tests/models/geospatialDatabase/test_slopeLength.py,sha256=tp8ZEdPAG490WDDEHyevysuEY9IBwmgiOcYSuOeUs3I,1030
tests/models/geospatialDatabase/test_soilPh.py,sha256=j0QuafG0iIHdKJjxQRQVP8-TKNw2bgMJPLQob4i0P-M,1025
tests/models/geospatialDatabase/test_temperatureAnnual.py,sha256=tRaptqQAQthYraFHmr0Sv76NdVsvQaTtHrraszcTZ8I,830
tests/models/geospatialDatabase/test_temperatureLongTermAnnualMean.py,sha256=JhgAgCzkEImg0Tsdq6bio27xOr0ph29xhB1cQLsEVEY,1048
tests/models/geospatialDatabase/test_totalNitrogenPerKgSoil.py,sha256=qIzj4gd6ERW87ho03Kl9X6_Rm3pE5RdGo6V1zvkyFTE,1041
tests/models/geospatialDatabase/test_totalPhosphorusPerKgSoil.py,sha256=VmzuP_MdX8__LSlGbQ2wDswtYIcuDDNJuxfEj4BvvuI,1043
tests/models/geospatialDatabase/test_utils.py,sha256=COKAlj_Gvy5cij4R3wrPivY81V0WD5WTxFpvw7RXlZk,307
tests/models/geospatialDatabase/test_waterDepth.py,sha256=AoCKQBcuNURfR12bHrXALjrK3Wzo5nu4fe5KNJuDfFM,1023
tests/models/globalCropWaterModel2008/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/globalCropWaterModel2008/test_rootingDepth.py,sha256=dyhojeVM9ge1XOuuiUVSkNeLy--A2xW81hqGELNvEWY,2468
tests/models/haversineFormula/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/haversineFormula/transport/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/haversineFormula/transport/test_distance.py,sha256=hqzIOA1nGao8uiBE16J0ou52McwV4w30ZLpEAqtfi9k,970
tests/models/hyde32/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/hyde32/test_landTransformationFromCropland100YearAverageDuringCycle.py,sha256=RKxRIxBg7MazL62Hf56ls-8uiyS1M-lk5mdvodgqqVE,706
tests/models/hyde32/test_landTransformationFromCropland20YearAverageDuringCycle.py,sha256=XoNrnnyqk7WpIT8S_-GPy8Hxbz6Ve1FH25XZ-JB4PEs,705
tests/models/hyde32/test_landTransformationFromForest100YearAverageDuringCycle.py,sha256=5yL4Aum5QpVZkeKTOZx2FuZRSCA0Lm7md90eNJnuFgU,704
tests/models/hyde32/test_landTransformationFromForest20YearAverageDuringCycle.py,sha256=pl1FXLFDvrbNumtt7gkoQIFnoVAao1P9ryjrAu7qM84,703
tests/models/hyde32/test_landTransformationFromOtherNaturalVegetation100YearAverageDuringCycle.py,sha256=uTm3pgfY4HaP_hdsfaLhFrufJ-sWXOkFtiTqWwufQac,728
tests/models/hyde32/test_landTransformationFromOtherNaturalVegetation20YearAverageDuringCycle.py,sha256=Ehqgzw9igizDD-J9_Gqwe8ywQ2JlKhmMy1MeUjED57Y,719
tests/models/hyde32/test_landTransformationFromPermanentPasture100YearAverageDuringCycle.py,sha256=0I6O7wr_EXqFKj_Gcv5nEaj6HtNXALsyP5ak4cLWFPc,714
tests/models/hyde32/test_landTransformationFromPermanentPasture20YearAverageDuringCycle.py,sha256=Bnoy946OwVhgn_jtZBiYXMebyJMT0LX7ATOVa0ivXrs,713
tests/models/impact_assessment/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/impact_assessment/test_emissions.py,sha256=nygoe5JeuQ1rbMQSqAr8oBSm6jC4ygZb2XNHyEx85lo,990
tests/models/impact_assessment/test_freshwaterWithdrawalsDuringCycle.py,sha256=cIVhNaE3L7XldfEI2SNr4EaMFLSc-fZhOkzBhdwmtlk,1624
tests/models/impact_assessment/test_freshwaterWithdrawalsInputsProduction.py,sha256=JYrGPA-w3ghkM56FOa3zug9IMuXz-9vJe8XPq_TaEOw,839
tests/models/impact_assessment/test_irrigated.py,sha256=3elSWEN1NE05JO1OMfJ7uf0JmU-fqLpazCvS6FVxMQE,377
tests/models/impact_assessment/test_landOccupationInputsProduction.py,sha256=g_sfSvN2rbDyqRsJUPFkZgB2EVVv5Okre1PVVWFRJ4Y,832
tests/models/impact_assessment/test_landTransformationFromCropland100YearAverageInputsProduction.py,sha256=AhJRlwxLfsboA2-to3haNHFggIJXLZQAd0vWiT-re5Y,870
tests/models/impact_assessment/test_landTransformationFromCropland20YearAverageInputsProduction.py,sha256=ED81hhRRZMIIKwEX8atmMMVN9dVoXP-lZa20QYCr0ws,869
tests/models/impact_assessment/test_landTransformationFromForest100YearAverageInputsProduction.py,sha256=3sZNCkxr7g1gRBwWDxQAL_AcsAc7I-yvcLrVyM4Wy_w,868
tests/models/impact_assessment/test_landTransformationFromForest20YearAverageInputsProduction.py,sha256=ZwirLlYpClbDxMmnLCGNyudOobwjslr00JqLCZc03vY,867
tests/models/impact_assessment/test_landTransformationFromOtherNaturalVegetation100YearAverageInputsProduction.py,sha256=UJ47_paA5V3x7gnQu13MuqmfsfEo8p2qlCE4f7SCyHs,898
tests/models/impact_assessment/test_landTransformationFromOtherNaturalVegetation20YearAverageInputsProduction.py,sha256=ljyVAoY89OYIxSG7v1xr3bLOn9uUIgoGZo6kknX3RF8,897
tests/models/impact_assessment/test_landTransformationFromPermanentPasture100YearAverageInputsProduction.py,sha256=7ZcnHUYedq46fYEVqZ6N1JzP1P5MGuoCYyRSitQxp0c,878
tests/models/impact_assessment/test_landTransformationFromPermanentPasture20YearAverageInputsProduction.py,sha256=97jyVVOeqL5ogKrdlAsRvKO7Ce9KUQALT-IMaPC1_tY,877
tests/models/impact_assessment/test_oganic.py,sha256=Ei73bkB2MzKlr3jZmg8Cimxw_ImJSBdB3xKBn6ZCRx8,375
tests/models/impact_assessment/test_post_checks.py,sha256=B-KVdkWaG8v-9aT1fNDQ9sml3q9I5XPo38NKxear1nY,310
tests/models/impact_assessment/test_pre_checks.py,sha256=1oXCdhldG7O7fntwbUqbCheVhuHgf5N3BionfEGC7Nc,308
tests/models/impact_assessment/post_checks/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/impact_assessment/post_checks/test_cycle.py,sha256=hyXqTi-VvQ2eR4w6NVexfdiNnJtmbF0CNPJ5AGqfo-k,727
tests/models/impact_assessment/post_checks/test_site.py,sha256=RgwyUHp6cj79PcSF2tCefvgh-W4y--rpnlKUQwTsfq0,710
tests/models/impact_assessment/pre_checks/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/impact_assessment/pre_checks/test_cycle.py,sha256=zQ2Cshx-QBSkyGIKA7wrpMc4kGPGVJlUEnDEZhzH87M,967
tests/models/impact_assessment/pre_checks/test_site.py,sha256=QzmFXb9o1DK5D1yI8hYRPRcN6iBxoR0GXkEvdJdSu2o,832
tests/models/impact_assessment/product/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/impact_assessment/product/test_economicValueShare.py,sha256=EFQFHM7OE4K9NrlhOaKj-opkv6HO8rSvS1L5Ux4jLmU,988
tests/models/impact_assessment/product/test_value.py,sha256=EFQFHM7OE4K9NrlhOaKj-opkv6HO8rSvS1L5Ux4jLmU,988
tests/models/ipcc2006/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/ipcc2006/test_aboveGroundCropResidueRemoved.py,sha256=5F7eU4qWYfTZAzjUsuUOE5rA2vZ0x6e6Bm10PgmG9Zg,1177
tests/models/ipcc2006/test_aboveGroundCropResidueTotal.py,sha256=FrSR1xBTRtJ99pXAklXLtDRC00FSW1vXSAvQNeBoXTQ,1725
tests/models/ipcc2006/test_belowGroundCropResidue.py,sha256=cFqLDFy5pcgOyzKC9l-RClEP6CWCdVNnq48S90SITVM,1720
tests/models/ipcc2006/test_co2ToAirOrganicSoilCultivation.py,sha256=wM1BYFcK28aiNVP6JUEWdc90kCd3w4rjOnpxzwuYV_o,1609
tests/models/ipcc2006/test_n2OToAirCropResidueDecompositionIndirect.py,sha256=yQP7FRZc1NHCaYL11PNcPuzGOvZgB-_f5wWzjiQlaLc,1318
tests/models/ipcc2006/test_n2OToAirExcretaDirect.py,sha256=CIZtXqOene7axCuJK1D8YL67IZnF_dGpuoLUZDmcg7w,2171
tests/models/ipcc2006/test_n2OToAirExcretaIndirect.py,sha256=Kt3D5VtokApvkwnN9qK-Qid2M-4DUwQkPGtBCuJOvs0,1389
tests/models/ipcc2006/test_n2OToAirInorganicFertiliserDirect.py,sha256=jtzWcViOKsrb4UoBg2eILUmlKEL5_vUsq69p2UzXMDM,1725
tests/models/ipcc2006/test_n2OToAirInorganicFertiliserIndirect.py,sha256=Ui-mRJmP3OlWqzuHpOiaSSks9AzRD6ZPc7pCAy_-HPc,1341
tests/models/ipcc2006/test_n2OToAirOrganicFertiliserDirect.py,sha256=mIcvjiOFOmuZQVpYcrxaovmPqy-QcT7jXJbzXGJaBY8,1721
tests/models/ipcc2006/test_n2OToAirOrganicFertiliserIndirect.py,sha256=SWxm0ZeneAb_txzyNc2H7bQt9rK8Lig_K6BaGxLkej4,1736
tests/models/ipcc2006/test_n2OToAirOrganicSoilCultivationDirect.py,sha256=M7b_uZD5nvW3cnL0wEJ_uuNPOQxho3Xk1O1xAIqflvk,1058
tests/models/ipcc2013ExcludingFeedbacks/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/ipcc2013ExcludingFeedbacks/test_gwp100.py,sha256=Od9ALNCag5pCVJnp2pIXOenadJLhKD4X4DDmLcgET2A,875
tests/models/ipcc2013IncludingFeedbacks/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/ipcc2013IncludingFeedbacks/test_gwp100.py,sha256=4HydDKiZDpxtgqgjpAg4cTVQu-jM-_tdDdJFmNNrwSc,875
tests/models/ipcc2019/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/ipcc2019/test_aboveGroundCropResidueTotal.py,sha256=04E3r4dRBs97emoIQfvMi8tGt9_5c-kIHD8GtfYl91E,1739
tests/models/ipcc2019/test_belowGroundCropResidue.py,sha256=DY_wUeQIoE2xpkIhwaXSrcgZeQdPw8Y9tTa_-9xCjiQ,1728
tests/models/ipcc2019/test_ch4ToAirEntericFermentation.py,sha256=hQVkL-fcD1mrUiILtk2RxKUcu9rEomCatQEoguv6WLo,4927
tests/models/ipcc2019/test_ch4ToAirExcreta.py,sha256=bWDTY3WPg2DcU6Y_P185Xitn9_KiNkaxVmRIiOLvusY,2517
tests/models/ipcc2019/test_ch4ToAirFloodedRice.py,sha256=FAp5b45WdX5Ih4yGUOZ4CmVD8smW1Lw1tnulx9AKVBI,1980
tests/models/ipcc2019/test_co2ToAirLimeHydrolysis.py,sha256=e5iuZ-kQNEVih0ZRgRPWqaUtXcLpfkoU7sQypbqA9_Y,1345
tests/models/ipcc2019/test_co2ToAirUreaHydrolysis.py,sha256=MmtEME0xjsa3KojFk_fxOLK6RZM_6p5HIpY2DOFHVu4,1530
tests/models/ipcc2019/test_croppingDuration.py,sha256=gLRXeR6Tqa7ciD9KTRfsIflSeIIWT2iOpZMdcxAQla4,1871
tests/models/ipcc2019/test_n2OToAirCropResidueDecompositionDirect.py,sha256=PW-FvpX4KD-X2wMhR9o6c_FVaR7xAd1YSinNPsap6fY,2015
tests/models/ipcc2019/test_n2OToAirExcretaDirect.py,sha256=JYvBK4edcqfHrMPwgBFXF6km51ew9RISUcfQ_RNf2RY,1216
tests/models/ipcc2019/test_nitrogenContent.py,sha256=vCAg9hgFAnXaNst92VZYMsd-gZOxzGZlCOmv1sMSRgo,3592
tests/models/ipcc2019/test_no3ToGroundwaterCropResidueDecomposition.py,sha256=l9LRPS2ReB1c-cmClef86LWL6FmURvDxUXAzMbKFJis,1624
tests/models/ipcc2019/test_no3ToGroundwaterExcreta.py,sha256=Z-pCBQvlUf0ttmCERgezW-6e3KlX45YEVccOwthf5lU,1588
tests/models/ipcc2019/test_no3ToGroundwaterInorganicFertiliser.py,sha256=e7REnQ9r9a8xroq5aPp0NIzmkad_6MyTuceRTYoKdkE,1613
tests/models/ipcc2019/test_no3ToGroundwaterOrganicFertiliser.py,sha256=e1ZViD12qB3bLdH3TJw3GbBP8iqMen-UJbcFkytb3VQ,1609
tests/models/ipcc2019/test_pastureGrass.py,sha256=fs_og0NM_XiJuFgL8UXegjOvKj7bL2koxXeOionbebs,1912
tests/models/ipcc2021/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/ipcc2021/test_gwp100.py,sha256=r3pDw_TUcOrNlNRWtFAN3CBWfG5FCkHExypVqg0sZVk,857
tests/models/koble2014/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/koble2014/test_aboveGroundCropResidue.py,sha256=kzGKf4ZthaPocbU44s79iGwGRaBqx5MiNsVM4eASylU,1188
tests/models/koble2014/test_cropResidueManagement.py,sha256=QwmMcVpOoW7Pedowldd0GFdnvE6lesGEfWGGMO2TQbQ,621
tests/models/koble2014/test_residueBurnt.py,sha256=4XJBiqQcxRlbUYjP6uSvBviqJq5UhIjTexKhQArGRgA,811
tests/models/koble2014/test_residueLeftOnField.py,sha256=9pFFYldqBrzr45Ia_1bu-6uv-_rBl3h1rZjb_NGwt-U,858
tests/models/koble2014/test_residueRemoved.py,sha256=SKAFX-rbibK19WkiEJSNC3BvyHtMhb-aNv-GAWXrL_o,813
tests/models/lcImpactAllEffects100Years/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/lcImpactAllEffects100Years/test_damageToFreshwaterEcosystemsClimateChange.py,sha256=lQvoqIOuW-rxNjnzpNzwAjI1RRwNq4Y-YcpwGuKfCdk,910
tests/models/lcImpactAllEffects100Years/test_damageToFreshwaterEcosystemsFreshwaterEcotoxicity.py,sha256=rW-LcDvpdaPVCa_DcJLo5VkZ3tSiYJrk5dfte0hI-8o,876
tests/models/lcImpactAllEffects100Years/test_damageToFreshwaterEcosystemsFreshwaterEutrophication.py,sha256=dzQFWhmlou00CmcAqgojGejgLeaJt3MN_5sHcLu6qig,929
tests/models/lcImpactAllEffects100Years/test_damageToFreshwaterEcosystemsPdfYear.py,sha256=1grJLVJN9PISDQboYWq8oLg1bXlO2Xy9gfBBnb6J1Xw,698
tests/models/lcImpactAllEffects100Years/test_damageToFreshwaterEcosystemsWaterStress.py,sha256=yqJX3vyCa5puBkpDlINGQACuTGhaVsPhyf1ybyg6fv0,709
tests/models/lcImpactAllEffects100Years/test_damageToHumanHealth.py,sha256=4cqsbgDbYCNN-ZUIjh13lEiOKYcauupTlAjr-ieg5jI,682
tests/models/lcImpactAllEffects100Years/test_damageToHumanHealthClimateChange.py,sha256=5U0CoxC1_bZXhQd4UhjujOY9Na6Xn9UN5knWyq3iLkc,901
tests/models/lcImpactAllEffects100Years/test_damageToHumanHealthHumanToxicityCancerogenic.py,sha256=Y4tIkql72iK1eEWXrfw5Y5vqekh4zCHgcUSAbNxBG90,871
tests/models/lcImpactAllEffects100Years/test_damageToHumanHealthHumanToxicityNonCancerogenic.py,sha256=UuGPZtD2lhg_SEy3kRXHmNXgN8qeD65v3JenA00Ul2E,874
tests/models/lcImpactAllEffects100Years/test_damageToHumanHealthParticulateMatterFormation.py,sha256=ESjjjMY5ZHVcLxchVm6LSsYnaAsXMZzD_Qjhpx26lHI,922
tests/models/lcImpactAllEffects100Years/test_damageToHumanHealthPhotochemicalOzoneFormation.py,sha256=qS5eWsybHytBdOK2BgHsZ8zv0COkvUNRhjURSNbVX-Q,923
tests/models/lcImpactAllEffects100Years/test_damageToHumanHealthStratosphericOzoneDepletion.py,sha256=IaZf3iaefqSQ0Dq9FWXABLOWt5QiVKO421leLNte8FU,923
tests/models/lcImpactAllEffects100Years/test_damageToHumanHealthWaterStress.py,sha256=Z6h3hVwRcq_WIgIPeHH_Y3o78OnDe88iFUKIGV27Naw,1123
tests/models/lcImpactAllEffects100Years/test_damageToMarineEcosystemsMarineEcotoxicity.py,sha256=exx_aaK1cIvS9Ob7yOUoTDM8yvJoRj0mU8w74HzS8IM,868
tests/models/lcImpactAllEffects100Years/test_damageToMarineEcosystemsMarineEutrophication.py,sha256=AmJQx8JUyrJTUCz0K6Kk-rhWEmVAglpnExqp96WiZ9o,921
tests/models/lcImpactAllEffects100Years/test_damageToMarineEcosystemsPdfYear.py,sha256=RhRoV2EAnwQLwZzb5Ay0bdyq4jMo0Kevx6d-hr0kv04,694
tests/models/lcImpactAllEffects100Years/test_damageToTerrestrialEcosystemsClimateChange.py,sha256=4iSyzwa6TyZsT2l92YRFEnGw5uEssruJlH_ybGLDhGs,919
tests/models/lcImpactAllEffects100Years/test_damageToTerrestrialEcosystemsPdfYear.py,sha256=g8KAYMUY4lg6hX1u1QiDXH00CzhQVGufyRIm09FUYOw,699
tests/models/lcImpactAllEffects100Years/test_damageToTerrestrialEcosystemsPhotochemicalOzoneFormation.py,sha256=hnjOQM1mDBHttF5WFAEv7aQ0xvANjkNNfnOuv1tUH0w,933
tests/models/lcImpactAllEffects100Years/test_damageToTerrestrialEcosystemsTerrestrialAcidification.py,sha256=6DTXBT30KS_WwulPottaFwkRWCZMFuilEljRlry-LSI,930
tests/models/lcImpactAllEffects100Years/test_damageToTerrestrialEcosystemsTerrestrialEcotoxicity.py,sha256=LXSn7ml-0s7oiVV3G32WleEtRI8Oa5sL4g5LZq30g9U,878
tests/models/lcImpactAllEffectsInfinite/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/lcImpactAllEffectsInfinite/test_damageToFreshwaterEcosystemsClimateChange.py,sha256=aM5nFN9nCTIwO6hW8w71Ca1ZLcvzrB8Blv94eeXwLaU,910
tests/models/lcImpactAllEffectsInfinite/test_damageToFreshwaterEcosystemsFreshwaterEcotoxicity.py,sha256=zNcs8s3YeB_-TwUFXn2m2gqTLmwiCwZZrvqofjbKdTc,876
tests/models/lcImpactAllEffectsInfinite/test_damageToFreshwaterEcosystemsFreshwaterEutrophication.py,sha256=1Fc_FA4Mn4XsCiBIx4CWBpHwWDhCcIWyDWMgP04Z9WQ,929
tests/models/lcImpactAllEffectsInfinite/test_damageToFreshwaterEcosystemsPdfYear.py,sha256=BdXvh5pq865O9hCt3IqXxiuN3NTdbl57dyenIcCAaU0,698
tests/models/lcImpactAllEffectsInfinite/test_damageToFreshwaterEcosystemsWaterStress.py,sha256=y6VDfOn3SW8rRV3gtmqJN19WLPMMpNjpFLemc_HAwKE,709
tests/models/lcImpactAllEffectsInfinite/test_damageToHumanHealth.py,sha256=vI8cmBDdTA0TYnMVo8HjblejdYEHauAsmcnDU2hV9FE,682
tests/models/lcImpactAllEffectsInfinite/test_damageToHumanHealthClimateChange.py,sha256=mDDoBsrVxNTqYS5g4vS2OxQTaTYhUCTjBR0FCEvyEjs,901
tests/models/lcImpactAllEffectsInfinite/test_damageToHumanHealthHumanToxicityCancerogenic.py,sha256=-kAWLWLgoX5c_yZcTjpJIARcAI2giR-CF5Bg8E3AIlY,871
tests/models/lcImpactAllEffectsInfinite/test_damageToHumanHealthHumanToxicityNonCancerogenic.py,sha256=8SuvsOxRFsqPjxi5fPEnR08IM5UMmIclxTVsF9o2IyE,874
tests/models/lcImpactAllEffectsInfinite/test_damageToHumanHealthParticulateMatterFormation.py,sha256=BvzTCtoVnZhoWTwtxJlre-Quxr9WPqoP1VQekee7x54,922
tests/models/lcImpactAllEffectsInfinite/test_damageToHumanHealthPhotochemicalOzoneFormation.py,sha256=5ul0EfMQCSkTc5nIGYsq7C-PDPPfpqxXqNT16JBl3XQ,923
tests/models/lcImpactAllEffectsInfinite/test_damageToHumanHealthStratosphericOzoneDepletion.py,sha256=qBfN8RSSy-hwhC6YyvnolWNOiKBWw3-npUyoSEsSRGk,923
tests/models/lcImpactAllEffectsInfinite/test_damageToHumanHealthWaterStress.py,sha256=b2hc7HxFZwjcI2qp1hOsTO_d7u6W-7FpsGa6XuoRmGg,1123
tests/models/lcImpactAllEffectsInfinite/test_damageToMarineEcosystemsMarineEcotoxicity.py,sha256=ZVahoCQ4k9hIcdhIrpwbl2Z-yF5s2gT4khM4v6nWJcM,868
tests/models/lcImpactAllEffectsInfinite/test_damageToMarineEcosystemsMarineEutrophication.py,sha256=Sv4XCePlCapw6JH_WO_u3tIlAEYxBSIUwaOO-nyqS-w,921
tests/models/lcImpactAllEffectsInfinite/test_damageToMarineEcosystemsPdfYear.py,sha256=wjamPtwmn8Q8qxX-W16Xg3fo83opxP61RYtcgrgm54I,694
tests/models/lcImpactAllEffectsInfinite/test_damageToTerrestrialEcosystemsClimateChange.py,sha256=GztN8I5bnrBOQE72nhDwcpldzTQsLfbJKqR7Q_UOsKs,919
tests/models/lcImpactAllEffectsInfinite/test_damageToTerrestrialEcosystemsPdfYear.py,sha256=wE7sULK-gImHAFm38WppvQS_65XBE0reIHnP9bfxBNk,699
tests/models/lcImpactAllEffectsInfinite/test_damageToTerrestrialEcosystemsPhotochemicalOzoneFormation.py,sha256=uF4wSJch3GkaM0D1i9gC7Ft0-cKh8HvnMvjvhcLUABk,933
tests/models/lcImpactAllEffectsInfinite/test_damageToTerrestrialEcosystemsTerrestrialAcidification.py,sha256=O2ztvwgZglPvemFH-vRmNBaYkAJd_nPmapI0mcdrJqo,930
tests/models/lcImpactAllEffectsInfinite/test_damageToTerrestrialEcosystemsTerrestrialEcotoxicity.py,sha256=Lt2sCyXRoSXmHl4zy5XpVs3Vp78I_T2A94a1NSWKfnY,878
tests/models/lcImpactCertainEffects100Years/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/lcImpactCertainEffects100Years/test_damageToFreshwaterEcosystemsFreshwaterEcotoxicity.py,sha256=s0Z80qa9Q-TY8r5CwR3uY8u314GrpWL_-tcj-W0nXPQ,880
tests/models/lcImpactCertainEffects100Years/test_damageToFreshwaterEcosystemsFreshwaterEutrophication.py,sha256=Pg39ZxRyDEetw9liYK4aqH-04CY0NqNHERoCxez7jHY,933
tests/models/lcImpactCertainEffects100Years/test_damageToFreshwaterEcosystemsPdfYear.py,sha256=puTFzn8PieD7WWit3XUT4Eiv95mTPbkFqODTe8MxSlA,702
tests/models/lcImpactCertainEffects100Years/test_damageToFreshwaterEcosystemsWaterStress.py,sha256=gwgFGmPESPY8HixMHTxgzv4ydwcGZWsisvX7yGFT2Xw,713
tests/models/lcImpactCertainEffects100Years/test_damageToHumanHealth.py,sha256=DqC2ZnIKdEcxapXGTH0IrcU08zt9-xNN3XsdgFu5oMo,686
tests/models/lcImpactCertainEffects100Years/test_damageToHumanHealthClimateChange.py,sha256=kEVI8nhjpS9hGxEwHUB-k-c4AL0xmS8EeeDe8W7p5qQ,905
tests/models/lcImpactCertainEffects100Years/test_damageToHumanHealthHumanToxicityCancerogenic.py,sha256=mspjkXyPM0LzFtTaIyMvd34_BjzQfgMnH1660B6WxJQ,875
tests/models/lcImpactCertainEffects100Years/test_damageToHumanHealthHumanToxicityNonCancerogenic.py,sha256=BgSj5_aSllXI-m0IBjkqlafKvbiv3niiJ8EcVOjbCZI,878
tests/models/lcImpactCertainEffects100Years/test_damageToHumanHealthParticulateMatterFormation.py,sha256=8YWTf1XqFDbLhTLkT2ypTMgWxMu99zLqFDV7oSAdG3w,926
tests/models/lcImpactCertainEffects100Years/test_damageToHumanHealthPhotochemicalOzoneFormation.py,sha256=lfhivccH4pcZ0egdgymjPGp4hsmlqJw7Z373dxCUGd4,927
tests/models/lcImpactCertainEffects100Years/test_damageToHumanHealthStratosphericOzoneDepletion.py,sha256=P8m67mn7O9pkgZJTgOjTRwnFl1jd23s2E_u_UUEZpHE,927
tests/models/lcImpactCertainEffects100Years/test_damageToHumanHealthWaterStress.py,sha256=DtcIgLm84bmBwJPuDU3Pc0vgtuLjo5oU058VLVrepto,1127
tests/models/lcImpactCertainEffects100Years/test_damageToMarineEcosystemsMarineEcotoxicity.py,sha256=6jAqcrxbFj2VRMQwWYHMq5jbJBvpQxaPpK6Oo5GKwzo,872
tests/models/lcImpactCertainEffects100Years/test_damageToMarineEcosystemsMarineEutrophication.py,sha256=DIew2Y1_XPUoy3t4_QTsxQ3r4f3I7_WafOhBuPwADZs,925
tests/models/lcImpactCertainEffects100Years/test_damageToMarineEcosystemsPdfYear.py,sha256=naOfNwc3gLB9twNqvSPDWvqBe4XEHmUfR3THAFZIhYY,698
tests/models/lcImpactCertainEffects100Years/test_damageToTerrestrialEcosystemsClimateChange.py,sha256=l68qsrGhLXEUF3bGfK-yTlRGIsjAXgRbMMiKwYOPOBA,923
tests/models/lcImpactCertainEffects100Years/test_damageToTerrestrialEcosystemsPdfYear.py,sha256=r2jTfPMIwXVKw9Wvye9s_MYb5SoJ--wWBUe9H5iJ56k,703
tests/models/lcImpactCertainEffects100Years/test_damageToTerrestrialEcosystemsPhotochemicalOzoneFormation.py,sha256=PJ424-ixS0ksGZyYzJ5JbvHsz00RH-AYBMcyE66URSM,951
tests/models/lcImpactCertainEffects100Years/test_damageToTerrestrialEcosystemsTerrestrialAcidification.py,sha256=V_fc5Ie7872q6yDn6b7hQZ0tu9S5jAUI6Q3-uAap13w,934
tests/models/lcImpactCertainEffects100Years/test_damageToTerrestrialEcosystemsTerrestrialEcotoxicity.py,sha256=7_LXUNJ9Wfi2RPbAKPlGdumnr8TStFkSTJmhr-9IQ0k,882
tests/models/lcImpactCertainEffectsInfinite/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/lcImpactCertainEffectsInfinite/test_damageToFreshwaterEcosystemsFreshwaterEcotoxicity.py,sha256=WmYUwwBF6uqpKMDvrwN_YGEODIXy0CNxZJ8cb370Q8k,880
tests/models/lcImpactCertainEffectsInfinite/test_damageToFreshwaterEcosystemsFreshwaterEutrophication.py,sha256=qn3LcMu6dq1gmfBqreV_Zg4UJeQsVF5THAi8_UkD6JA,933
tests/models/lcImpactCertainEffectsInfinite/test_damageToFreshwaterEcosystemsPdfYear.py,sha256=0usO9HXYR1rC7B1TKOGmqHUVNo1bQeATS2j46k5Tgn4,702
tests/models/lcImpactCertainEffectsInfinite/test_damageToFreshwaterEcosystemsWaterStress.py,sha256=bUPhgYfm5gRdIhy-b4uOEWjQvAFyvgpKOzQlo2RYH14,713
tests/models/lcImpactCertainEffectsInfinite/test_damageToHumanHealth.py,sha256=X00OGYm1NB4pWUZSJc7LOFXDqNW2WSf118bRFQrLz3g,686
tests/models/lcImpactCertainEffectsInfinite/test_damageToHumanHealthClimateChange.py,sha256=q32dealVrYJhSek7wrQ15oOHasFRLBJWQKFhJkApj9A,905
tests/models/lcImpactCertainEffectsInfinite/test_damageToHumanHealthHumanToxicityCancerogenic.py,sha256=kN-DFr3i7PvyP8UmOCiepDXUGhpnqrD4ZvPdIiGzZyI,875
tests/models/lcImpactCertainEffectsInfinite/test_damageToHumanHealthHumanToxicityNonCancerogenic.py,sha256=jzSaXB-clCi73VepQcdlpWg44v4G4QdGtknLy_bhY5k,878
tests/models/lcImpactCertainEffectsInfinite/test_damageToHumanHealthParticulateMatterFormation.py,sha256=y4zaOY8hGiOyXVCAFGIxNJIWnNVM_D694MtaIEWuXiM,926
tests/models/lcImpactCertainEffectsInfinite/test_damageToHumanHealthPhotochemicalOzoneFormation.py,sha256=CKZWzLRxTssQ05wG0Js_amq-gpTSXYK17TwksquSeKs,927
tests/models/lcImpactCertainEffectsInfinite/test_damageToHumanHealthStratosphericOzoneDepletion.py,sha256=hQVwzBCJn46TIQOoPa8iiACuBnRwTIGb6JlaMqNSyrY,927
tests/models/lcImpactCertainEffectsInfinite/test_damageToHumanHealthWaterStress.py,sha256=iO90kXBpzqqyCNLfRzCKll9ypKtod1DRZpqXyYLqi44,1127
tests/models/lcImpactCertainEffectsInfinite/test_damageToMarineEcosystemsMarineEcotoxicity.py,sha256=gFTTIokvjUA2vqj6GUq8rjBWCk7CdvNJfwcO42HR_EQ,872
tests/models/lcImpactCertainEffectsInfinite/test_damageToMarineEcosystemsMarineEutrophication.py,sha256=C3GZxpFNFBICV5VUnwyzB5HtUueKi0-tlWoB2becNYw,925
tests/models/lcImpactCertainEffectsInfinite/test_damageToMarineEcosystemsPdfYear.py,sha256=JrAFceWNBNsN1W-QCHv7czNCFH_yyLpP1nW1_VwEJFY,698
tests/models/lcImpactCertainEffectsInfinite/test_damageToTerrestrialEcosystemsClimateChange.py,sha256=JgpvpVyAflXzhRT076Tw5IkYSs1L7P6VtGldjvcL1m8,923
tests/models/lcImpactCertainEffectsInfinite/test_damageToTerrestrialEcosystemsPdfYear.py,sha256=PHxzeQJfH5mJeine0eCSNGxH4P2y2l7z4g6nsuKWaQY,703
tests/models/lcImpactCertainEffectsInfinite/test_damageToTerrestrialEcosystemsPhotochemicalOzoneFormation.py,sha256=d_rysPRtlmb_sjX-e857qNxL9sQK0m8RP3zRwTjM6Ko,951
tests/models/lcImpactCertainEffectsInfinite/test_damageToTerrestrialEcosystemsTerrestrialAcidification.py,sha256=rdiAapP73gXosOBZ2loTEbeBBASFUtdifbZwYYB8SLA,934
tests/models/lcImpactCertainEffectsInfinite/test_damageToTerrestrialEcosystemsTerrestrialEcotoxicity.py,sha256=UJJ0raY5leOqtBpBlIGRZSUYqA5mNt-xmq5Eos_nysg,882
tests/models/pooreNemecek2018/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/pooreNemecek2018/test_aboveGroundCropResidueTotal.py,sha256=m-cpFULarm0Ee4MV-OvhYPRg7W2_mvbrqHkjDZgcQsw,1660
tests/models/pooreNemecek2018/test_belowGroundCropResidue.py,sha256=A6EOD2B6frN0UtuUTP3GwZ7bNEtEudQfztHXjdiDwdQ,1655
tests/models/pooreNemecek2018/test_ch4ToAirAquacultureSystems.py,sha256=rUxD57yl82Ht8IyhbiQhi0xl8L9iLdnLpbI-T5C0Mck,2722
tests/models/pooreNemecek2018/test_excretaKgN.py,sha256=WZViYAz9A7UwDrmVx4y7SYRFuLxdxJIdkQSxvXmzbhM,4016
tests/models/pooreNemecek2018/test_excretaKgVs.py,sha256=2D3V4uLWFKdhdpFlr7gjb6Cli3tqBNcy0CXjIcPJ4x0,2707
tests/models/pooreNemecek2018/test_landOccupationDuringCycle.py,sha256=PZ56Xqv6xHgjCpmDK1CTxGzLjaD8rzZ1RO-TopZNF3o,1652
tests/models/pooreNemecek2018/test_longFallowPeriod.py,sha256=PuwIFqZs2yn4jg9mx4Lk7Z227KAbU5IoV5CiGUV8mpA,925
tests/models/pooreNemecek2018/test_n2OToAirAquacultureSystemsDirect.py,sha256=4YAoUhIwfEmRe2B5BvNg247VeB7UXHNeZqr2mRtJA7Y,2207
tests/models/pooreNemecek2018/test_n2ToAirAquacultureSystems.py,sha256=YqwAvbYfLVamfkUJUwGTEWEnz8ts66jVF8831QcWNkg,2200
tests/models/pooreNemecek2018/test_nh3ToAirAquacultureSystems.py,sha256=aTXdtjp3j3vZkRF3C8aHcFwnWZH-FkfTWVdIIZYBaK8,2945
tests/models/pooreNemecek2018/test_no3ToGroundwaterCropResidueDecomposition.py,sha256=O_jwJwaSXkqH-CQu4ILrAzwlfjL0JzBx8ArseD03Fls,918
tests/models/pooreNemecek2018/test_no3ToGroundwaterExcreta.py,sha256=r4ZbfPGqSjZxy-U1IjyBtnRw1OBDu2ed5uywOLckDXU,901
tests/models/pooreNemecek2018/test_no3ToGroundwaterInorganicFertiliser.py,sha256=jWHqwoix6_4skCfZoWG5Lz_K-u-zk6L8mDLLHw73R3U,913
tests/models/pooreNemecek2018/test_no3ToGroundwaterOrganicFertiliser.py,sha256=Rdjw7Ntw3vdgonHGh-pqhCoxc_y-Z9esgekY64e13T8,911
tests/models/pooreNemecek2018/test_no3ToGroundwaterSoilFlux.py,sha256=Q5q5ilHBq25Fw8DvZxYA-jadS83fEzUu_OGpZ55Z4Ag,3369
tests/models/pooreNemecek2018/test_noxToAirAquacultureSystems.py,sha256=79zcDMM6HNxZzFjxPVkFcIHUPKaGwnc_3tWHEBeEtq8,2201
tests/models/pooreNemecek2018/test_nurseryDuration.py,sha256=DCPWIT01RvTfCChmIYexFu74fC9MEGJ1FYrFuawdc28,924
tests/models/pooreNemecek2018/test_orchardBearingDuration.py,sha256=s-zOCMPVKHk_0I8-Zz7YUQPAE9WBZ_RhJU1oodTl_Ec,931
tests/models/pooreNemecek2018/test_orchardDensity.py,sha256=fm9bOURsMD1CSLz7QsqAuY1YU7KQPYeS4lYTvIwtaVA,923
tests/models/pooreNemecek2018/test_orchardDuration.py,sha256=SH3bd0k2yauoAGLANjBLeRK2NN7Xf2hjdWsvd3KnRWs,924
tests/models/pooreNemecek2018/test_rotationDuration.py,sha256=Miz6baM8GeYvvYLR2NnOGY2UPYoUrMPxRvZiGxfdgTo,925
tests/models/pooreNemecek2018/test_saplings.py,sha256=qDaA160uHFGhsQb4py1Totdh78uuV4t6ls1G7i2cLnM,1346
tests/models/recipe2016Egalitarian/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/recipe2016Egalitarian/test_damageToFreshwaterEcosystemsSpeciesYear.py,sha256=OC8WjzPuyz5fd_E-LxFbOg3sasVc6LMJ9UK-jAKO7LU,697
tests/models/recipe2016Egalitarian/test_damageToHumanHealth.py,sha256=fWjzC9r6itihyW6AdmDkotbhML_0KavXernOpnK1SmY,677
tests/models/recipe2016Egalitarian/test_damageToMarineEcosystemsSpeciesYear.py,sha256=XnlWbwiE9lc_bkG8_c-h_5imeYUAwLBHXSIz6VmZJdc,693
tests/models/recipe2016Egalitarian/test_damageToResourceAvailability.py,sha256=7YSkVphBPY77HErUiLp7ptZscpaFuckoCdcgF2BE9oQ,842
tests/models/recipe2016Egalitarian/test_damageToTerrestrialEcosystemsSpeciesYear.py,sha256=As_o4mOpwldTXyGEeLnL-020lIfOrI69MHkgtlUNRpY,698
tests/models/recipe2016Egalitarian/test_ecosystemDamageOzoneFormation.py,sha256=Wcbl2zeuJ7vxYhduBfOHMmHUi1a-43Mua6WRI3z6sis,1023
tests/models/recipe2016Egalitarian/test_fossilResourceScarcity.py,sha256=hyZkV2WncRJNjOD-EWwWRmy1g7xo049sZTRu3yYXjyA,836
tests/models/recipe2016Egalitarian/test_freshwaterAquaticEcotoxicityPotential14Dcbeq.py,sha256=Q0TLBlJDPg9uGpbBoVs2d0pejGLcvhInlvzg2z_LD3o,858
tests/models/recipe2016Egalitarian/test_freshwaterEutrophicationPotential.py,sha256=k-4fwA0-kgHP9h2GlIrF4aetNusY-n-tkSEE2vsw9Lc,897
tests/models/recipe2016Egalitarian/test_humanCarcinogenicToxicity.py,sha256=ub08h1OGxyecYZaWWNdPiPEBw3e1Gr9WlL8QcwqbI9U,839
tests/models/recipe2016Egalitarian/test_humanDamageOzoneFormation.py,sha256=9RxboNK0hzWkUYCJt8Rj0P0hyepEjJ-OwxA9bErfbmg,1019
tests/models/recipe2016Egalitarian/test_humanNonCarcinogenicToxicity.py,sha256=CobtY6GgVj92xe7CNrruET_YdByaUhjvrkBmaFXF7po,842
tests/models/recipe2016Egalitarian/test_marineAquaticEcotoxicityPotential14Dcbeq.py,sha256=sTC6Dy8avXaZHDO52jopR3GzaeOeLzAwIJ33yPCFk1U,854
tests/models/recipe2016Egalitarian/test_marineEutrophicationPotential.py,sha256=w30r3PHSCViMb6n8M1_bK3nnoSHtnDZ8qSOHJ2tbcfU,893
tests/models/recipe2016Egalitarian/test_ozoneDepletionPotential.py,sha256=YDvUYno81915ISr4BcS0r7OXOh2ie1Kl80j8fSrHUP4,1017
tests/models/recipe2016Egalitarian/test_terrestrialAcidificationPotential.py,sha256=m2hpElRK0LcYqlI2miNtNJoKSUo6h0yYfwpUwBGC7nk,897
tests/models/recipe2016Egalitarian/test_terrestrialEcotoxicityPotential14Dcbeq.py,sha256=xJ8LnpNKk-ukIejasgb4idmSSg3zcW-8rkK6-o4DKC4,852
tests/models/recipe2016Hierarchist/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/recipe2016Hierarchist/test_damageToFreshwaterEcosystemsSpeciesYear.py,sha256=KxsU-qCoQEmGcgLIqGAYq2cXguOOWjpLod3mAfnYyyA,697
tests/models/recipe2016Hierarchist/test_damageToHumanHealth.py,sha256=frm4oAkoFTjJUdaE0l0hSXoq_7NQe7um87zf4mnhxOM,677
tests/models/recipe2016Hierarchist/test_damageToMarineEcosystemsSpeciesYear.py,sha256=drX3PxmmLtvRDQFuLxxP8TUh9m69Pdwx-fJZnm6UJgk,693
tests/models/recipe2016Hierarchist/test_damageToResourceAvailability.py,sha256=vu7gxLRqmf80oPNrWcvEUzE4P8YrVimCBz8BlRl80XU,842
tests/models/recipe2016Hierarchist/test_damageToTerrestrialEcosystemsSpeciesYear.py,sha256=riGtkM8GSBRHbf6jSWjT9xTmccqLmOkgiQkw-5ej8yM,698
tests/models/recipe2016Hierarchist/test_ecosystemDamageOzoneFormation.py,sha256=2NnDVeJ1qsh0aWhg0vHlFrmU6P_2JCmF0wVJ3m1XMxg,1023
tests/models/recipe2016Hierarchist/test_fossilResourceScarcity.py,sha256=J2RgxafNzOQsBJJRpD9GyiHD_QpytacD0OaisJyfcRk,836
tests/models/recipe2016Hierarchist/test_freshwaterAquaticEcotoxicityPotential14Dcbeq.py,sha256=IxbG4wgBi8idCYvI30f6RY3T1twZzgduPJp-kakILes,858
tests/models/recipe2016Hierarchist/test_freshwaterEutrophicationPotential.py,sha256=c-G6dgAgRkPoIQVY8EKnx2WodmCjxJccJomF6eINJ7k,897
tests/models/recipe2016Hierarchist/test_humanCarcinogenicToxicity.py,sha256=QCfzPShgv5NaBoMFmjTEdZiTUmw2HQ1yaWHzurwaWOI,839
tests/models/recipe2016Hierarchist/test_humanDamageOzoneFormation.py,sha256=ZYiuP7vg3pGLfUPv0PYuJqGMSLGQi5DSsyoCrH8mPzo,1019
tests/models/recipe2016Hierarchist/test_humanNonCarcinogenicToxicity.py,sha256=cXbwObXWhycsje-KGOa7pwYEsGmAX6sYTuxcemMnqMs,842
tests/models/recipe2016Hierarchist/test_marineAquaticEcotoxicityPotential14Dcbeq.py,sha256=F6JNYLQHsUfInaqjliw5Bu9YskJ7SMJvpXCHt1OT3Go,854
tests/models/recipe2016Hierarchist/test_marineEutrophicationPotential.py,sha256=KLyXWpbyigbbUBaPV3HILvDhqFuTu-ge_FHCG1kZa7o,893
tests/models/recipe2016Hierarchist/test_ozoneDepletionPotential.py,sha256=KMhdv-ewZ9pU4k3p-Y5pjrH_ZJWSmAuSRRwhVCMRc9U,1017
tests/models/recipe2016Hierarchist/test_terrestrialAcidificationPotential.py,sha256=_h0R4ag_PeuaeFyRFbxNUpB8waJH4Nv3XRQcAOyu1Pw,897
tests/models/recipe2016Hierarchist/test_terrestrialEcotoxicityPotential14Dcbeq.py,sha256=-rb91OC-KjEW4YlcMOVCYhO_wPqnx8loJcP2UDp7Ynw,852
tests/models/recipe2016Individualist/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/recipe2016Individualist/test_damageToFreshwaterEcosystemsSpeciesYear.py,sha256=DAfrTzT9t51ODVkyEGzD0lEg6koQZ_0z7KLeUmqlnEw,699
tests/models/recipe2016Individualist/test_damageToHumanHealth.py,sha256=HpOS-TxOiukT1RHQAEhBguEnTmfaSuvWCjsI-568m8E,679
tests/models/recipe2016Individualist/test_damageToMarineEcosystemsSpeciesYear.py,sha256=ZLz3ebLBtMmhZrvcZqXG6mlQ1g9akVZsQUU8BzXb2nA,695
tests/models/recipe2016Individualist/test_damageToResourceAvailability.py,sha256=73TNQ-TcoMXGJLrKvld_W0OWlDDeZUGVfIFApwOGslo,844
tests/models/recipe2016Individualist/test_damageToTerrestrialEcosystemsSpeciesYear.py,sha256=aBhBR5jpxSaL6mhTnR2iGE1PeIHAlPoEhjZ_OTCeciI,700
tests/models/recipe2016Individualist/test_ecosystemDamageOzoneFormation.py,sha256=PidB5pfeE-LrpyW8h4sVWsYcqIrvKZBTxVB8xi2Vj7I,1025
tests/models/recipe2016Individualist/test_fossilResourceScarcity.py,sha256=p3DtmRD_PszTbyFSIdVs9sdZfqqJRkRfJ_XtNqHYmCw,838
tests/models/recipe2016Individualist/test_freshwaterAquaticEcotoxicityPotential14Dcbeq.py,sha256=DT1GK9RUFFOeJcKk8opNn_1f_UvLOX0cHCuw9iWJLq4,860
tests/models/recipe2016Individualist/test_freshwaterEutrophicationPotential.py,sha256=JpNLtURR6KXMZ6fjHyyq2zEUG0nqZCX1PlgjUcmsOj8,899
tests/models/recipe2016Individualist/test_humanCarcinogenicToxicity.py,sha256=MSvllkdxrGA3AA6fYZGvk3NcC93-XyQ8PQICUtyF54g,841
tests/models/recipe2016Individualist/test_humanDamageOzoneFormation.py,sha256=3A-RMc0dUJME_ge5SlO42ZBqY_Cwvd4lL68dV1XhQ-s,1021
tests/models/recipe2016Individualist/test_humanNonCarcinogenicToxicity.py,sha256=33UcHpzKYoT4pu2xHdIlZbNvXiLkQG4USrDiZBFNjPs,844
tests/models/recipe2016Individualist/test_marineAquaticEcotoxicityPotential14Dcbeq.py,sha256=pwRfMd40Wpo4ooZyTwWNIYZB8qdycrgu8DJGJB0E4kI,856
tests/models/recipe2016Individualist/test_marineEutrophicationPotential.py,sha256=KbBsi267jmYvepDKDIpduSL8I-Y-nLz8f-JMBJJbQ4c,895
tests/models/recipe2016Individualist/test_ozoneDepletionPotential.py,sha256=D66KmXju3d3U5KPEaBDquGpYmBWJfC6Kk6FdF54QlhY,1019
tests/models/recipe2016Individualist/test_terrestrialAcidificationPotential.py,sha256=0Hcpg_abyI-nv2GgI3dnL1dDtpRZNvLdnbtTPkNbNEw,899
tests/models/recipe2016Individualist/test_terrestrialEcotoxicityPotential14Dcbeq.py,sha256=AGJg-x-PgbqcbmYDWqdd2F7ZRlcVgH4hpdWGLx-7wX8,854
tests/models/schererPfister2015/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/schererPfister2015/test_nErosionSoilFlux.py,sha256=MnxRFXK0TQ7nNdTQyIh41ShV3F2dP8l_myuAICeQCQE,2209
tests/models/schererPfister2015/test_pErosionSoilFlux.py,sha256=YbQEZGQjdppamcUmuGDgUyJXkO4pkjmCq_lllPC6HoY,2209
tests/models/schererPfister2015/test_pToDrainageWaterSoilFlux.py,sha256=57MVRyiEU0g8pp6uRQiVo6l2w3OgBPyfv6oqdSIyrZ0,1060
tests/models/schererPfister2015/test_pToGroundwaterSoilFlux.py,sha256=lOTL-ue6hEbQsKIss6VsN7bJME5UCB3pTbqbLtMp9rk,1064
tests/models/schererPfister2015/test_pToSurfaceWaterSoilFlux.py,sha256=1VJo9q-Kb2OboK2RMp3-bkP6lXfkFbqMz1ACJC75FWw,1441
tests/models/site/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/site/test_cationExchangeCapacityPerKgSoil.py,sha256=FOtllJ_E4Ld4MngPn__CsQXXeHhZ5fNB-ruSd8DUgFQ,963
tests/models/site/test_flowingWater.py,sha256=q7ktHV7sffIUBf0SgIhbkL_U_c7RTHYv6oWhXY4A6io,1274
tests/models/site/test_netPrimaryProduction.py,sha256=FaC5TEwHnR56_QrXkIB5u3mgSLOcSmBRbL8vzqaZwk0,1056
tests/models/site/test_organicCarbonPerHa.py,sha256=m392fH_aEt_tI6dVhAzOVHKpeuztNgP5p6yNiLTs4Mw,983
tests/models/site/test_organicCarbonPerKgSoil.py,sha256=fqPe2JbrZwwMK497Qnb2WPx4-n2vda4PW-S3tQa_CGI,1035
tests/models/site/test_organicCarbonPerM3Soil.py,sha256=8fOwtcBAFH1fSduIXXtYOdL83oYAVxC4f6BAZpY5X_w,1035
tests/models/site/test_organicMatterPerKgSoil.py,sha256=EvZ6HknxjUjhdmdYostB9eCc_WowpRWpmssWM2vT_NU,1035
tests/models/site/test_organicMatterPerM3Soil.py,sha256=U02QQSlLerq8py_lTGHtBCortlbT3jCn9OYx5TWVOwk,1035
tests/models/site/test_potentialEvapotranspirationAnnual.py,sha256=E-LobjSgQ1B7j_16mZgnmx5ruOvrD_ejgg-98yRR89I,1024
tests/models/site/test_potentialEvapotranspirationMonthly.py,sha256=GDOH9tFRM8nKU1-n1BSi5dN0CGxP3ehnH8eAtYnelAo,1023
tests/models/site/test_precipitationAnnual.py,sha256=h0tXvykZw4Zaw225RHfvw-3DvAyN8foyaMTroyACxqU,996
tests/models/site/test_precipitationMonthly.py,sha256=iccr-_ZrseM_OT3AKZbTNQhRFSIe-R6wXTDS-2wIVew,995
tests/models/site/test_rainfallAnnual.py,sha256=4YYna66qjJptPJ_URvdcQuRC3dri9SB0xmWP8DFwslM,986
tests/models/site/test_rainfallMonthly.py,sha256=A3gIe2Yxt9CLtLcAJNCQ0-8aRB49VdfKBLBy-7eDgJw,985
tests/models/site/test_temperatureAnnual.py,sha256=nOJG9ZJ8NCMM8T47uxxBeloIYLFN6-xtvUBqJsqt8xk,992
tests/models/site/test_temperatureMonthly.py,sha256=C2lv-lpYqH7VUGOlxNLE6d7k_dFS6NYe8BvMlrJorCw,991
tests/models/site/test_totalNitrogenPerKgSoil.py,sha256=Cye03Mb0FHS4t2GcORp0iyuw2DsDuzFiLJrhjE2p2bE,1109
tests/models/site/test_waterDepth.py,sha256=6Y9RcCPeFP5LihotrPEW-RlbVw9FDCBd6xgS40TMMkk,1023
tests/models/site/measurement/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/site/measurement/test_value.py,sha256=i6w7X0Qb9utIGeopjQLz4S3tBrXVVFzZTh2q1JSxXu0,1001
tests/models/stehfestBouwman2006/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/stehfestBouwman2006/test_n2OToAirCropResidueDecompositionDirect.py,sha256=NF0wADubo9boAuYMtUGH30s4tieHE8LNrf547JgmlAE,677
tests/models/stehfestBouwman2006/test_n2OToAirExcretaDirect.py,sha256=9j-gLUiZfrkZO8KnuwVancRD1r31159t5VpBlMk-W6s,660
tests/models/stehfestBouwman2006/test_n2OToAirInorganicFertiliserDirect.py,sha256=oQcRo1M6uITvObqFMqwnzM2XwrlgKD3NjBYmhFyK3mQ,672
tests/models/stehfestBouwman2006/test_n2OToAirOrganicFertiliserDirect.py,sha256=oPYq5Lww7394wyC8zS6sXLzy-1-OK-hOuYAFjwdpt4o,670
tests/models/stehfestBouwman2006/test_n2OToAirSoilFlux.py,sha256=11a-LiFkhoBB85qpKo7Oxzh1T77nm1U7f16FTbXUvVE,1418
tests/models/stehfestBouwman2006/test_noxToAirCropResidueDecomposition.py,sha256=phZN3OctVS5rpoTE3RhZBKs0RXlJFGS4fKbYwkI5QHU,671
tests/models/stehfestBouwman2006/test_noxToAirExcreta.py,sha256=XUxRxHhGI_VxU5sLmRY0s7EzPDHbushQxGWBHTxif3w,654
tests/models/stehfestBouwman2006/test_noxToAirInorganicFertiliser.py,sha256=2nxv9IzhDco2Dh_DRvfHUPbd_o9G-Ay0COdkUA7VXzM,666
tests/models/stehfestBouwman2006/test_noxToAirOrganicFertiliser.py,sha256=eTvdT7XwE143cSLZFrqNTHnQdokEHuWRMhZLGjesM20,664
tests/models/stehfestBouwman2006/test_noxToAirSoilFlux.py,sha256=cC1Diz1sZ4azGTUMoobU_DBqBBKHfV4xYcxBjAuoHaQ,1315
tests/models/stehfestBouwman2006GisImplementation/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/stehfestBouwman2006GisImplementation/test_noxToAirCropResidueDecomposition.py,sha256=EuZVgW8lvWHGtxgLpHEOGxvxwYg5XQQxF7byOHYCIoo,696
tests/models/stehfestBouwman2006GisImplementation/test_noxToAirExcreta.py,sha256=fy8fPAotwR6v5bhb36LA5NoEMvh8I3-7oo1P8NkG8ZM,671
tests/models/stehfestBouwman2006GisImplementation/test_noxToAirInorganicFertiliser.py,sha256=tIcmfti3-cobJnZ9ahbhl99Qps5ed4qKOHgnKvSaUGo,683
tests/models/stehfestBouwman2006GisImplementation/test_noxToAirOrganicFertiliser.py,sha256=FDLhKuzGNcAHw2LEebbj4UUlS-ZQL0Id-L5phUv70lc,681
tests/models/stehfestBouwman2006GisImplementation/test_noxToAirSoilFlux.py,sha256=qrOhVL1jEHWITA9AMLfijH9NkdJ7zaQVdZxudt2K5E0,1077
tests/models/transformation/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/transformation/input/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/transformation/input/test_excreta.py,sha256=OQPybwORO_7MX2sG4cZretOnm3EJisl48nUVHGhIfR0,1556
tests/models/transformation/input/test_max.py,sha256=YUrCqryVFVBdTiwDbOUEmsDna1RHiOXrvDzaMg6npbM,931
tests/models/transformation/input/test_min.py,sha256=YUrCqryVFVBdTiwDbOUEmsDna1RHiOXrvDzaMg6npbM,931
tests/models/transformation/input/test_properties.py,sha256=I_orffwtM8j_NXobf4beW4nblCpQsYgpx8DqYrYxPpw,936
tests/models/transformation/input/test_sd.py,sha256=YUrCqryVFVBdTiwDbOUEmsDna1RHiOXrvDzaMg6npbM,931
tests/models/transformation/input/test_value.py,sha256=YUrCqryVFVBdTiwDbOUEmsDna1RHiOXrvDzaMg6npbM,931
tests/models/transformation/product/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/transformation/product/test_excreta.py,sha256=BhQxJTyyv1qIgymm4ucjxqf7d2_et1pVsDTU7PtkT0A,1647
tests/models/usetoxV2/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/usetoxV2/test_freshwaterEcotoxicityPotentialPaf.py,sha256=3P3bBqwkqoBq6P0hi-WOeJWw0kr00FXiyLon9tyl-As,834
tests/models/utils/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/utils/test_blank_node.py,sha256=wOOkRsNVYV2I5H_FV8ySxm94BfU4wjf2ed7N644km6k,1494
tests/models/utils/test_currency.py,sha256=BPsojPsY9QW2aj8vgbjkPQXU8GU6wDwwtPZ3HdC4KTU,277
tests/models/utils/test_cycle.py,sha256=IjMvBNzW5mKu8wft51-3sMPMIuy4d0QiCsfIVgB2Lts,948
tests/models/utils/test_dataCompleteness.py,sha256=mW6rA7ddhtjZsLxwo5xDnvBdxmqTsivy4RTIU-2Lvk0,1713
tests/models/utils/test_emission.py,sha256=lQczTe39tVHbk3BEanZGU_rq9HDST2uDReKof-SV37Y,829
tests/models/utils/test_impact_assessment.py,sha256=P8_tbtYpU7p_rZ6OnyHSau_tmTnKYMQKfi163nm61TU,1114
tests/models/utils/test_indicator.py,sha256=GwYKV5N_yEPcJWz7FirRnK48rl62ofAn_TkAo0MioIM,639
tests/models/utils/test_input.py,sha256=bSG6YKmT2ofY2oD5CGbNwR8-To-ihyNyr14Td5-jNRU,585
tests/models/utils/test_liveAnimal.py,sha256=UH9zRqunCIy2H3JkJArCGHzC8Hzq-oYQ7peqPn78fXM,926
tests/models/utils/test_measurement.py,sha256=k_L54NV97jKlPgTHQBPlo-IHP1cp-y-aGfuNrx0gpQE,2734
tests/models/utils/test_practice.py,sha256=ILaxkb3qICor9AquAGYiOtA-YKnq0hppmJQzNC_VNyA,612
tests/models/utils/test_product.py,sha256=-IsopGhWIJaqMs3lFcyyJhfzvzCTSjDtXBibu0UX6bA,2635
tests/models/utils/test_property.py,sha256=t2npw86IK7C6G4ypiPtanFi0db4PB7G5VBR1GjRGl34,618
tests/models/utils/test_site.py,sha256=cSKrkLeerymMLZAwCnbQce38NwgxXojQHAVm9DPUTpg,1181
tests/models/utils/test_term.py,sha256=-Wn2C1jyOLfkvhcKmKWT-Jms7yqLwx5ok91gYJNcGWc,2028
tests/models/webbEtAl2012AndSintermannEtAl2012/__init__.py,sha256=47DEQpj8HBSa-_TImW-5JCeuQeRkm5NMpJWZG3hSuFU,0
tests/models/webbEtAl2012AndSintermannEtAl2012/test_nh3ToAirOrganicFertiliser.py,sha256=qi2FNXS5Af2WDtm7nq_FsprH3BfCF0XxnE0XHmC4aIY,2244
hestia_earth_models-0.47.3.dist-info/LICENSE,sha256=EFSZhfUdZCTsCIYdHzTGewMKfRfp7X9t1s2aaKxm8O0,1154
hestia_earth_models-0.47.3.dist-info/METADATA,sha256=kYkrR8Kr0f6ILvPM7NVLP-YrruyHR7Hz3lZCZ1V_uYg,3190
hestia_earth_models-0.47.3.dist-info/WHEEL,sha256=pkctZYzUS4AYVn6dJ-7367OJZivF2e8RA9b_ZBjif18,92
hestia_earth_models-0.47.3.dist-info/top_level.txt,sha256=1dqA9TqpOLTEgpqa-YBsmbCmmNU1y56AtfFGEceZ2A0,19
hestia_earth_models-0.47.3.dist-info/RECORD,,
